THERMAL INTERFACE MATERIALS

旭立科技股份有限公司

PROFESSIONAL TIM

MANUFACTURER

SHIU LI TECHNOLOGY

INNOVATIVE

THERMAL SOLUTIONS

LiPOLY materials have been designed into hundreds of applications for

some of the largest electronic companies in the world. We listen to our

customers’ needs and develop thermal solutions that meet our customers’ specific design requirements.

Our customers come to us because LiPOLY deliver innovative and reliable thermal interface solutions.

Founded in 2005, Shiu Li Technology has established itself as a

leading thermal management manufacturer, developing high-performance thermal solutions for product designers around the

globe.

For nearly 20 years, Shiu Li Technology has supplied some of the

largest technology brands in the world with its brand of LiPOLY

thermal interface materials.

RBA 0005 0005

IATF

ISO TS 16949

ISO 14001

ISO 9001

Ⓡ

//HEADQUARTER

SHIU LI TECHNOLOGY CO ., LTD

No.435, Yongfeng Rd., Bade Dist., Taoyuan

City 334, Taiwan(R.O.C.)

• Management Center

• Production Center

• R&D Center

• Sales Center

TEL:+886-3-3788588

FAX:+886-3-3788288

service@lipoly.com

//BRANCH OFFICE

/ NIHON KYOKURITSUKAGI CO., LYD

4th floor, TR Building, 2-1 Kogicho, Kaizuka

City, Osaka Prefecture 597-0001

/ KUNSHAN SHIU LI ELECTRONICS CO., LTD

Area B, 2nd Floor, Building A1, No. 398, Hengchangjing Road, Zhoushi Town, Kunshan City,

Jiangsu Province

/ SHEN ZHEN SHIU LI ELECTRONIC CO., LTD

13F, Quanzhi Science and Technology Innovation Park, Hooting, Shajing Street, Baoan District, Shenzhen

/ U.S. Office

550 N.BRAND BLVD. 14TH FLOOR, GLENDALE, CA 91203

/ VIETNAM SHIU LI TECHNOLOGY CO., LTD.

Factory A6-1, Lot 6, Cam Dien – Luong Dien

Industrial Park, Luong Dien Commune, Cam

Giang District, Hai Duong Province, Vietnam

PRODUCT INDEX

High Thermal Conductive Gap Filler

T-top81-s High Thermal Conductive Gap Filler ...................................................... p.7-8

T-work7000 High Thermal Conductive Gap Filler ...................................................... p.9-10

T-top91-s High Thermal Conductive Gap Filler ...................................................... p.11-12

T-work8000 High Thermal Conductive Gap Filler ...................................................... p.13-14

T-top98-s High Thermal Conductive Gap Filler ...................................................... p.15-16

T-work9000 High Thermal Conductive Gap Filler ...................................................... p.17-18

Thermal Conductive Gel Pad

PK223 Thermal Conductive Gel Pad .................................................................. p.19

PK404 Thermal Conductive Gel Pad .................................................................. p.20

PK504 Thermal Conductive Gel Pad .................................................................. p.21

PK605 Thermal Conductive Gel Pad .................................................................. p.22

PK700 Thermal Conductive Gel Pad .................................................................. p.23

Exceptionally Soft Thermal Conductive Gel Pad

BS75K Exceptionally Soft Thermal Conductive Gel Pad ................................... p.24

BS87-s Exceptionally Soft Thermal Conductive Gel Pad ................................... p.25

BS89 Exceptionally Soft Thermal Conductive Gel Pad ................................... p.26

S282-s Exceptionally Soft Thermal Conductive Gel Pad ................................... p.27

Non-Silicone Thermal Conductive Pad

N700A Non-Silicone Thermal Conductive Pad .................................................. p.30

N700B Non-Silicone Thermal Conductive Pad .................................................. p.31

N700C Non-Silicone Thermal Conductive Pad .................................................. p.32

N800AH-s Non-Silicone Thermal Conductive Pad .................................................. p.33

N800A-s Non-Silicone Thermal Conductive Pad .................................................. p.34

N800BH Non-Silicone Thermal Conductive Pad .................................................. p.35

N800B Non-Silicone Thermal Conductive Pad .................................................. p.36

N800CH Non-Silicone Thermal Conductive Pad .................................................. p.37

N800C Non-Silicone Thermal Conductive Pad .................................................. p.38

Silicone Liquid Gap Filler

Thermal Conductive Putty

S-putty Thermal Conductive Putty ...................................................................... p.39

S-putty2-s Thermal Conductive Putty ...................................................................... p.40

H-putty Thermal Conductive Putty ...................................................................... p.41

H-putty2 Thermal Conductive Putty ...................................................................... p.42

SH-putty3 Thermal Conductive Putty ...................................................................... p.43

S-putty5-s Thermal Conductive Putty ...................................................................... p.44

Two-Part Thermal Conductive Gap Filler

PK223DM Two-Part Thermal Conductive Gap Filler ............................................... p.45-46

PK404DM Two-Part Thermal Conductive Gap Filler ............................................... p.47-48

PK605DM Two-Part Thermal Conductive Gap Filler ............................................... p.49-50

PK700DM Two-Part Thermal Conductive Gap Filler ............................................... p.51-52

Two-Part Thermal Conductive Sealing Glue

TPS586/TPS5868 Two-Part Thermal Conductive Sealing Glue .................................. p.53

Ultra Low Oil-Bleed Thermal Conductive Gel Pad

AS200-s Ultra Low Oil-Bleed Thermal Conductive Gel Pad ................................. p.28

AS400-s Ultra Low Oil-Bleed Thermal Conductive Gel Pad ................................. p.29

Thermal Conductive Gap Pad Series

Thermal Liquid Gap Filler Series

Non-Silicone Liquid Gap Filler

Non-Silicone Thermal Conductive Putty

N-putty Non-Silicone Thermal Conductive Putty .......................................... p.64

N-putty2 Non-Silicone Thermal Conductive Putty .......................................... p.65

Two-Part Curable Thermal Grease

D2000 Two-Part Curable Thermal Grease .................................................. p.60-61

Thermal Grease

TT3000 Nano Thermal Grease ...................................................................... p.62

G3380A/B/C/D Thermal Grease Series ..................................................................... p.63

Non-Silicone Two-Part Thermal Conductive Adhesive

EPDM20 Non-Silicone Two-Part Thermal Conductive Adhesive ................... p.66

EPDM30 Non-Silicone Two-Part Thermal Conductive Adhesive ................... p.67

Non-Silicone Two-Part Thermal Conductive Sealing Glue

EP770 Non-Silicone Two-Part Thermal Conductive Sealing Glue .............. p.68

Non-Silicone Thermal Grease

G3380NA/NB/NC Non-Silicone Thermal Grease Series .......................................... p.69

Silicone Thermal conductive RF Absorber Pad

TEM96A Thermal Conductive RF Absorber Pad ........................................... p.70

TEM96B Thermal Conductive RF Absorber Pad ........................................... p.71

TEM96C Thermal Conductive RF Absorber Pad ........................................... p.72

Non-Silicone Thermal Conductive RF Absorber Pad

N-TEM52 Non-Silicone Thermal Conductive RF Absorber Pad....................... p.73

N-TEM53 Non-Silicone Thermal Conductive RF Absorber Pad....................... p.74

N-TEM54 Non-Silicone Thermal Conductive RF Absorber Pad....................... p.75

5G mmWave Thermal Conductive Gel Pad

DTT44-s 5G mmWave Thermal Conductive Gel Pad ..................................... p.76

DTT65-s 5G mmWave Thermal Conductive Gel Pad ..................................... p.77

Thermal Conductive Absorber Series

High Insulated Thermal Conductive Film

PR27 High Insulated Thermal Conductive Film ........................................ p.83

PR28-s High Insulated Thermal Conductive Film ......................................... p.84

UL Flammability Thermal Conductive Tape

ST6000-S UL Flammability Thermal Conductive Tape .................................... p.78

AT910 UL Flammability Thermal Conductive Tape .................................... p.79

Insulated Thermal Conductive Tape

AT900A Insulated Thermal Conductive Tape ............................................... p.80

AT900C Insulated Thermal Conductive Tape ............................................... p.81

AT920-s High Thermal Conductive Tape ....................................................... p.82

High Thermal Conductive Tape

Insulated Thermal Conductive Series

Thermal Conductive Tape Series

Two-Part Thermal Conductive Die Attach Adhesive

TIM12 Two-Part Thermal Conductive Die Attach Adhesive ....................... p.56-57

TIM14 Two-Part Thermal Conductive Die Attach Adhesive ....................... p.58-59

TPS589 Two-Part Thermal Conductive Sealing Glue .................................. p.54

TPS31/TPS32 Lightweight Two-Part Thermal Conductive Sealing Glue ............. p.55

Complex Thermal Conductive Material

TR332CU Complex Thermal Conductive Film .................................................... p.89

G566A/G566AP Artificial Graphite Sheet ...................................................................... p.90

Thermal Conductive Rubber Cap/Tube

SP22/23/33 Thermal Conductive Rubber Cap Series ........................................... p.86

CP-S Thermal Conductive Rubber Cap ....................................................... p.87

TP200 Thermal Conductive Rubber Tube ..................................................... p.88

Artificial Graphite Series

SH1500/2000/3000 High Insulated Thermal Conductive Pad Series ........................ p.85

Series

T-top81-s

Characteristics

Silicone compound with

weak sticky surfaces.

Configurations

Sheets form,

Die-cuts parts

%

%

%

%

%

%

Visual

-

-

ASTM D374

ASTM D792

By LiPOLY

ASTM D149

ASTM D257

ASTM D257

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Color

Surface tack 2-side/1-side

Thickness

Density

TML

Application temperature

ELECTRICAL

COMPRESSION

Dielectric breakdown

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

Deflection @40 psi

Deflection @50 psi

Dielectric constant@10MHz Dk

Dielectric constant@1GHz Dk

Dielectric constant@1.8GHz Dk

Dielectric factor@10MHz Df

Dielectric factor@1GHz Df

Dielectric factor@1.8GHz Df

Surface resistivity

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@10psi

Thermal impedance@20psi

Thermal impedance@30psi

Thermal impedance@40psi

Thermal impedance@50psi

-

-

-

-

-

-

-

-

mm

g/cm³

°C

- -

KV/mm

Ohm

Ohm-m

W/m*K

ROHS & REACH

Thermal Conductivity ISO 22007-2 W/m*K

Hardness ASTM D2240 Shore OO

Purple

2

Customized

3.4

<0.1

-60~150

Compliant

8

>10¹¹

>10¹⁰

7

20

43

64

68

10.2

10.1

10.8

0.006

0.002

0.021

8.0

5.5

0.260

0.221

0.148

0.122

0.112

35

PROPERTY T-top81-s TEST METHOD UNIT

Coefficient of thermal expansion -236.67x10ˉ⁶ ASTM E228 1/K

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

PCB

Heat Sink

T-top81-s

High Thermal Conductive Gap Filler

T-top81-s

TYPICAL PROPERTIES

CONSTRUCTION

/ Thermal conductivity: 8.0 W/m*K

/ High compression rate

/ Extremely low thermal impedance

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ Flat-panel displays

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

LiPOLY T-top81-s offers outstanding

thermal conductivity at 8.0 W/m*K

and extremely low thermal resistance under minimal force.

T-top81-s offers excellent compression, filling small air gaps on uneven

surfaces, ensuring an efficient and

consistent transfer of heat.

07

1.0 mm 2.0 mm 3.0 mm 1.0 mm 2.0 mm 3.0 mm

10 0.260 0.427 0.613 7 13 16

20 0.221 0.344 0.372 20 30 56

30 0.148 0.212 0.227 43 58 69

40 0.122 0.156 0.182 64 76 85

50 0.112 0.133 0.148 68 80 89

Compression Thermal Impedance (°C-in²/W) Compression (%)

Force (psi)

Initial 100 hrs 250 hrs 500 hrs

10 0.260 0.261 0.260 0.261 0.262

30 0.148 0.148 0.149 0.149 0.150

50 0.112 0.113 0.114 0.113 0.115

70°C

Compression Force (psi) Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Initial 100 hrs 250 hrs 500 hrs

10 0.260 0.261 0.262 0.261 0.262

30 0.148 0.149 0.150 0.149 0.151

50 0.112 0.114 0.113 0.113 0.114

Compression Force (psi)

150°C

Initial 100 hrs 250 hrs 500 hrs

10 0.260 0.260 0.259 0.260 0.259

30 0.148 0.149 0.148 0.149 0.149

50 0.112 0.113 0.112 0.112 0.111

Compression Force (psi)

60°C / 90%RH

0 Cycles 100 Cycles 200 Cycles 300 Cycles 400 Cycles 500 Cycles

10 0.260 0.260 0.261 0.260 0.261 0.261

30 0.148 0.149 0.148 0.150 0.149 0.150

50 0.112 0.113 0.112 0.113 0.113 0.114

Compression Force (psi) -40°C (30min) ←→ +125°C (30min)

Initial 100 hrs 200 hrs 300 hrs 400 hrs 500 hrs

10 0.260 0.260 0.261 0.260 0.261 0.260

30 0.148 0.147 0.148 0.147 0.148 0.148

50 0.112 0.111 0.112 0.112 0.112 0.111

Compression Force (psi)

Ultra Low Temperature -60°C

1000 hrs

1000 hrs

1000 hrs

THERMAL IMPEDANCE & COMPRESSION

RELIABILITY

Test method: ASTM D5470

Test method: ASTM D5470 , Specimen thickness = 1.0mm , Unit: °C-in²/W

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are

used as the definition standards for LiPOLY. Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality

required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the safety before using the material. We strongly recommend the purchaser pre-test the product and verify the

performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user. LiPOLY makes no warranty as to the suitability, merchantability, or

non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are sold in accordance

with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY

or its affiliates. Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

08

PCB

Heat Sink

T-work7000

Series

T-work7000

Characteristics

Silicone compound with

weak sticky surfaces.

Configurations

Sheets form,

Die-cuts parts

%

%

%

%

%

%

Visual

-

-

ASTM D374

ASTM D792

By LiPOLY

ASTM D149

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D257

ASTM D257

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Color

Surface tack 2-side/1-side

Thickness

Density

TML

Application temperature

ELECTRICAL

COMPRESSION

Dielectric breakdown

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

Deflection @40 psi

Deflection @50 psi

Dielectric constant@10MHz Dk

Dielectric constant@1GHz Dk

Dielectric constant@1.8GHz Dk

Dielectric factor@10MHz Df

Dielectric factor@1GHz Df

Dielectric factor@1.8GHz Df

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10psi

Thermal impedance@20psi

Thermal impedance@30psi

Thermal impedance@40psi

Thermal impedance@50psi

-

-

-

-

-

-

-

-

mm

g/cm³

°C

- -

KV/mm

Ohm

Ohm-m

W/m*K

Gray Green

2

Customized

3.4

<0.1

-60~150

ROHS & REACH Compliant

8

>10¹¹

>10¹⁰

14

24

47

55

59

10.4

10.4

11.6

0.007

0.001

0.021

11.0

Thermal Conductivity 6.5 ISO 22007-2 W/m*K

0.223

0.202

0.140

0.119

0.108

Hardness 65 ASTM D2240 Shore OOO

PROPERTY T-work7000 TEST METHOD UNIT

Coefficient of thermal expansion -244.48x10ˉ⁶ ASTM E228 1/K

/ Thermal conductivity: 11.0 W/m*K

/ High compression rate

/ Extremely low thermal impedance

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ Flat-panel displays

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

TYPICAL PROPERTIES

LiPOLY T-work7000 offers outstand- CONSTRUCTION

ing thermal conductivity at 11.0

W/m*K and extremely low thermal

resistance under minimal force.

T-work7000 offers excellent compression, filling small air gaps on

uneven surfaces, ensuring an

efficient and consistent transfer of

heat.

High Thermal Conductive Gap Filler

T-work7000

09

1.0 mm 2.0 mm 3.0 mm 1.0 mm 2.0 mm 3.0 mm

10 0.223 0.388 0.579 14 15 16

20 0.202 0.327 0.341 24 34 57

30 0.140 0.200 0.216 47 60 71

40 0.119 0.146 0.172 55 69 77

50 0.108 0.127 0.139 59 73 81

Compression Thermal Impedance (°C-in²/W) Compression (%)

Force (psi)

Initial 100 hrs 250 hrs 500 hrs

10 0.223 0.224 0.223 0.224 0.225

30 0.140 0.141 0.141 0.141 0.142

50 0.108 0.110 0.109 0.109 0.111

70°C

Compression Force (psi)

Test

Property

Thermal

Resistance

Initial 100 hrs 250 hrs 500 hrs

10 0.223 0.224 0.225 0.224 0.225

30 0.140 0.142 0.143 0.142 0.143

50 0.108 0.110 0.111 0.109 0.108

Test

Property

Compression Force (psi)

150°C

Thermal

Resistance

Initial 100 hrs 250 hrs 500 hrs

0.223 0.222 0.223 0.222 0.221

0.140 0.141 0.142 0.149 0.141

0.108 0.109 0.108 0.108 0.107

Test

Property

Compression Force (psi)

60°C / 90%RH

Thermal

Resistance

0.223 0.223 0.224 0.223 0.224 0.223

0.140 0.142 0.141 0.142 0.143 0.143

0.108 0.109 0.110 0.110 0.109 0.110

Compression Force (psi)

Thermal

Resistance

Test -40°C (30min) ←→ +125°C (30min)

Property

0.223 0.222 0.223 0.223 0.224 0.223

0.140 0.141 0.142 0.142 0.143 0.141

0.108 0.111 0.109 0.110 0.109 0.110

Test

Property Compression Force (psi)

Ultra Low Temperature -60°C

Thermal

Resistance

Initial 100 hrs 200 hrs 300 hrs 400 hrs 500 hrs

0 Cycles 100 Cycles 200 Cycles 300 Cycles 400 Cycles 500 Cycles

10

30

50

10

30

50

10

30

50

1000 hrs

1000 hrs

1000 hrs

THERMAL IMPEDANCE & COMPRESSION

RELIABILITY

Test method: ASTM D5470

Test method: ASTM D5470 , Specimen thickness = 1.0mm , Unit: °C-in²/W

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are

used as the definition standards for LiPOLY. Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality

required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the safety before using the material. We strongly recommend the purchaser pre-test the product and verify the

performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user. LiPOLY makes no warranty as to the suitability, merchantability, or

non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are sold in accordance

with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY

or its affiliates. Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

10

Series

T-top91-s

Characteristics

Silicone compound with

weak sticky surfaces.

Configurations

Sheets form,

Die-cuts parts

%

%

%

%

%

%

Visual

-

-

ASTM D374

ASTM D792

By LiPOLY

ASTM D149

ASTM D257

ASTM D257

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Color

Surface tack 2-side/1-side

Thickness

Density

TML

Application temperature

ELECTRICAL

COMPRESSION

Dielectric breakdown

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

Deflection @40 psi

Deflection @50 psi

Dielectric constant@10MHz Dk

Dielectric constant@1GHz Dk

Dielectric constant@1.8GHz Dk

Dielectric factor@10MHz Df

Dielectric factor@1GHz Df

Dielectric factor@1.8GHz Df

Surface resistivity

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@10psi

Thermal impedance@20psi

Thermal impedance@30psi

Thermal impedance@40psi

Thermal impedance@50psi

-

-

-

-

-

-

-

-

mm

g/cm³

°C

- -

KV/mm

Ohm

Ohm-m

W/m*K

ROHS & REACH

Thermal Conductivity ISO 22007-2 W/m*K

Hardness ASTM D2240 Shore OOO

Gray Green

2

Customized

3.4

<0.1

-60~150

Compliant

8

>10¹¹

>10¹⁰

11

38

59

69

76

9.9

9.8

11.4

0.007

0.004

0.024

13.0

8.0

0.201

0.159

0.103

0.084

0.075

65

PROPERTY T-top91-s TEST METHOD UNIT

Coefficient of thermal expansion -179.04x10ˉ⁶ ASTM E228 1/K

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

PCB

Heat Sink

T-top91-s

High Thermal Conductive Gap Filler

T-top91-s

TYPICAL PROPERTIES

CONSTRUCTION

/ Thermal conductivity: 13.0 W/m*K

/ High compression rate

/ Extremely low thermal impedance

FEATURES

/ Between CPU and heat sink

/ Between a component and

heat sink

/ Flat-panel displays

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

LiPOLY T-top91-s offers outstanding

thermal conductivity at 13.0 W/m*K

and extremely low thermal resistance under minimal force.

T-top91-s offers excellent compression, filling small air gaps on uneven

surfaces, ensuring an efficient and

consistent transfer of heat.

11

1.0 mm 2.0 mm 3.0 mm 1.0 mm 2.0 mm 3.0 mm

10 0.201 0.355 0.418 11 17 23

20 0.159 0.290 0.283 38 40 64

30 0.103 0.169 0.183 59 64 79

40 0.084 0.141 0.156 69 73 82

50 0.075 0.118 0.126 76 75 85

Compression Thermal Impedance (°C-in²/W) Compression (%)

Force (psi)

Initial 100 hrs 250 hrs 500 hrs

10 0.201 0.201 0.201 0.202 0.202

30 0.103 0.103 0.104 0.103 0.104

50 0.075 0.075 0.075 0.076 0.076

70°C

Compression Force (psi) Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Initial 100 hrs 250 hrs 500 hrs

10 0.201 0.201 0.202 0.202 0.202

30 0.103 0.103 0.104 0.103 0.105

50 0.075 0.075 0.076 0.077 0.077

Compression Force (psi)

150°C

Initial 100 hrs 250 hrs 500 hrs

10 0.201 0.201 0.202 0.202 0.202

30 0.103 0.103 0.104 0.103 0.104

50 0.075 0.075 0.075 0.076 0.076

Compression Force (psi)

60°C / 90%RH

0 Cycles 100 Cycles 200 Cycles 300 Cycles 400 Cycles 500 Cycles

10 0.201 0.202 0.202 0.203 0.203 0.203

30 0.103 0.103 0.104 0.104 0.105 0.105

50 0.075 0.075 0.075 0.076 0.075 0.076

Compression Force (psi) -40°C (30min) ←→ +125°C (30min)

Initial 100 hrs 200 hrs 300 hrs 400 hrs 500 hrs

10 0.201 0.202 0.202 0.203 0.203 0.202

30 0.103 0.103 0.103 0.104 0.104 0.104

50 0.075 0.075 0.076 0.076 0.075 0.076

Compression Force (psi)

Ultra Low Temperature -60°C

1000 hrs

1000 hrs

1000 hrs

THERMAL IMPEDANCE & COMPRESSION

RELIABILITY

Test method: ASTM D5470

Test method: ASTM D5470 , Specimen thickness = 1.0mm , Unit: °C-in²/W

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are

used as the definition standards for LiPOLY. Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality

required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the safety before using the material. We strongly recommend the purchaser pre-test the product and verify the

performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user. LiPOLY makes no warranty as to the suitability, merchantability, or

non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are sold in accordance

with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY

or its affiliates. Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

12

PCB

Heat Sink

T-work8000

Series

T-work8000

Characteristics

Silicone compound with

weak sticky surfaces.

Configurations

Sheets form,

Die-cuts parts

%

%

%

%

%

%

TEST METHOD

Visual

-

-

ASTM D374

ASTM D792

By LiPOLY

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D149

ASTM D257

ASTM D257

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

ASTM E228

PROPERTY

Color

Surface tack 2-side/1-side

Thickness

Density

TML

Application temperature

ELECTRICAL

COMPRESSION

Dielectric breakdown

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

Deflection @40 psi

Deflection @50 psi

Dielectric constant@10MHz Dk

Dielectric constant@1GHz Dk

Dielectric constant@1.8GHz Dk

Dielectric factor@10MHz Df

Dielectric factor@1GHz Df

Dielectric factor@1.8GHz Df

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10psi

Thermal impedance@20psi

Thermal impedance@30psi

Thermal impedance@40psi

Thermal impedance@50psi

Coefficient of thermal expansion

UNIT

-

-

-

-

-

-

-

-

mm

g/cm³

°C

- -

KV/mm

Ohm

Ohm-m

W/m*K

1/K

T-work8000

Purple

2

Customized

3.3

<0.1

-60~150

ROHS & REACH Compliant

8

>10¹¹

>10¹⁰

10

42

64

71

79

9.4

9.3

10.3

0.006

0.009

0.028

15.0

Thermal Conductivity 9.0 ISO 22007-2 W/m*K

0.185

0.122

0.074

0.054

0.046

-89.56x10ˉ⁶

Hardness 65 ASTM D2240 Shore OOO

TYPICAL PROPERTIES

CONSTRUCTION

/ Thermal conductivity: 15.0 W/m*K

/ High compression rate

/ Extremely low thermal impedance

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ Flat-panel displays

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

LiPOLY T-work8000 offers outstanding thermal conductivity at 15.0

W/m*K and extremely low thermal

resistance under minimal force.

T-work8000 offers excellent compression, filling small air gaps on

uneven surfaces, ensuring an

efficient and consistent transfer of

heat.

High Thermal Conductive Gap Filler

T-work8000

13

1.0 mm 2.0 mm 3.0 mm 1.0 mm 2.0 mm 3.0 mm

10 0.185 0.293 0.335 10 20 41

20 0.122 0.167 0.174 42 60 72

30 0.074 0.106 0.115 64 74 82

40 0.054 0.076 0.083 71 82 87

50 0.046 0.059 0.064 79 86 90

Compression Thermal Impedance (°C-in²/W) Compression (%)

Force (psi)

Initial 100 hrs 250 hrs 500 hrs

10 0.185 0.183 0.184 0.185 0.187

30 0.074 0.076 0.076 0.075 0.077

50 0.046 0.048 0.047 0.046 0.048

70°C

Compression Force (psi)

Test

Property

Thermal

Resistance

Initial 100 hrs 250 hrs 500 hrs

10 0.185 0.186 0.187 0.186 0.187

30 0.074 0.076 0.077 0.077 0.078

50 0.046 0.048 0.047 0.047 0.048

Test

Property

Compression Force (psi)

150°C

Thermal

Resistance

Initial 100 hrs 250 hrs 500 hrs

0.185 0.186 0.185 0.184 0.183

0.074 0.076 0.077 0.076 0.075

0.046 0.047 0.046 0.045 0.045

Test

Property

Compression Force (psi)

60°C / 90%RH

Thermal

Resistance

0.185 0.183 0.184 0.186 0.185 0.186

0.074 0.073 0.074 0.077 0.076 0.076

0.046 0.047 0.045 0.048 0.047 0.047

Compression Force (psi)

Thermal

Resistance

-40°C (30min) ←→ +125°C (30min) Test

Property

0.185 0.186 0.185 0.184 0.185 0.186

0.074 0.075 0.075 0.073 0.074 0.075

0.046 0.047 0.046 0.045 0.047 0.047

Test

Property

Compression Force (psi)

Ultra Low Temperature -60°C

Thermal

Resistance

Initial 100 hrs 200 hrs 300 hrs 400 hrs 500 hrs

0 Cycles 100 Cycles 200 Cycles 300 Cycles 400 Cycles 500 Cycles

10

30

50

10

30

50

10

30

50

1000 hrs

1000 hrs

1000 hrs

THERMAL IMPEDANCE & COMPRESSION

RELIABILITY

Test method: ASTM D5470

Test method: ASTM D5470 , Specimen thickness = 1.0mm , Unit: °C-in²/W

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are

used as the definition standards for LiPOLY. Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality

required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the safety before using the material. We strongly recommend the purchaser pre-test the product and verify the

performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user. LiPOLY makes no warranty as to the suitability, merchantability, or

non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are sold in accordance

with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY

or its affiliates. Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

14

Series

T-top98-s

Characteristics

Silicone compound with

weak sticky surfaces.

Configurations

Sheets form,

Die-cuts parts

%

%

%

%

%

%

Visual

-

-

ASTM D374

ASTM D792

By LiPOLY

ASTM D149

ASTM D257

ASTM D257

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Color

Surface tack 2-side/1-side

Thickness

Density

TML

Application temperature

ELECTRICAL

COMPRESSION

Dielectric breakdown

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

Deflection @40 psi

Deflection @50 psi

Dielectric constant@10MHz Dk

Dielectric constant@1GHz Dk

Dielectric constant@1.8GHz Dk

Dielectric factor@10MHz Df

Dielectric factor@1GHz Df

Dielectric factor@1.8GHz Df

Surface resistivity

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@10psi

Thermal impedance@20psi

Thermal impedance@30psi

Thermal impedance@40psi

Thermal impedance@50psi

-

-

-

-

-

-

-

-

mm

g/cm³

°C

- -

KV/mm

Ohm

Ohm-m

W/m*K

ROHS & REACH

Thermal Conductivity ISO 22007-2 W/m*K

Hardness ASTM D2240 Shore OOO

Purple

2

Customized

3.3

<0.1

-60~150

Compliant

8

>10¹¹

>10¹⁰

11

38

62

71

77

10.0

9.9

10.3

0.003

0.007

0.025

18.0

10.5

0.149

0.104

0.061

0.046

0.039

65

PROPERTY T-top98-s TEST METHOD UNIT

Coefficient of thermal expansion -312.13x10ˉ⁶ ASTM E228 1/K

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

PCB

Heat Sink

T-top98-s

High Thermal Conductive Gap Filler

T-top98-s

TYPICAL PROPERTIES

CONSTRUCTION

/ Thermal conductivity: 18.0 W/m*K

/ High compression rate

/ Extremely low thermal impedance

FEATURES

/ Between CPU and heat sink

/ Between a component and

heat sink

/ Flat-panel displays

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

LiPOLY T-top98-s offers outstanding thermal conductivity at 18.0

W/m*K and extremely low thermal

resistance under minimal force.

T-top98-s offers excellent compression, filling small air gaps on

uneven surfaces, ensuring an

efficient and consistent transfer of

heat.

15

1.0 mm 2.0 mm 3.0 mm 1.0 mm 2.0 mm 3.0 mm

10 0.149 0.247 0.304 11 20 39

20 0.104 0.138 0.156 38 58 71

30 0.061 0.085 0.080 62 75 82

40 0.046 0.064 0.065 71 83 87

50 0.039 0.046 0.054 77 86 90

Compression Thermal Impedance (°C-in²/W) Compression (%)

Force (psi)

Initial 100 hrs 250 hrs 500 hrs

10 0.149 0.148 0.149 0.148 0.149

30 0.061 0.061 0.061 0.062 0.062

50 0.039 0.039 0.038 0.038 0.039

70°C

Compression Force (psi) Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Test

Property

Thermal

Resistance

Initial 100 hrs 250 hrs 500 hrs

10 0.149 0.148 0.149 0.149 0.150

30 0.061 0.061 0.061 0.062 0.062

50 0.039 0.039 0.039 0.040 0.040

Compression Force (psi)

150°C

Initial 100 hrs 250 hrs 500 hrs

10 0.149 0.148 0.149 0.148 0.149

30 0.061 0.061 0.060 0.061 0.061

50 0.039 0.039 0.038 0.040 0.040

Compression Force (psi)

60°C / 90%RH

0 Cycles 100 Cycles 200 Cycles 300 Cycles 400 Cycles 500 Cycles

10 0.149 0.148 0.149 0.148 0.149 0.148

30 0.061 0.060 0.061 0.060 0.061 0.061

50 0.039 0.038 0.039 0.038 0.038 0.039

Compression Force (psi) -40°C (30min) ←→ +125°C (30min)

Initial 100 hrs 200 hrs 300 hrs 400 hrs 500 hrs

10 0.149 0.148 0.148 0.148 0.149 0.149

30 0.061 0.060 0.061 0.060 0.061 0.061

50 0.039 0.039 0.038 0.039 0.040 0.040

Compression Force (psi)

Ultra Low Temperature -60°C

1000 hrs

1000 hrs

1000 hrs

THERMAL IMPEDANCE & COMPRESSION

RELIABILITY

Test method: ASTM D5470

Test method: ASTM D5470 , Specimen thickness = 1.0mm , Unit: °C-in²/W

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are

used as the definition standards for LiPOLY. Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality

required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the safety before using the material. We strongly recommend the purchaser pre-test the product and verify the

performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user. LiPOLY makes no warranty as to the suitability, merchantability, or

non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are sold in accordance

with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY

or its affiliates. Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

16

PCB

Heat Sink

T-work9000

Series

T-work9000

Characteristics

Silicone compound with

weak sticky surfaces.

Configurations

Sheets form,

Die-cuts parts

%

%

%

%

%

%

Visual

-

-

ASTM D374

ASTM D792

By LiPOLY

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D149

ASTM D257

ASTM D257

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D150

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Color

Surface tack 2-side/1-side

Thickness

Density

TML

Application temperature

ELECTRICAL

COMPRESSION

Dielectric breakdown

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

Deflection @40 psi

Deflection @50 psi

Dielectric constant@10MHz Dk

Dielectric constant@1GHz Dk

Dielectric constant@1.8GHz Dk

Dielectric factor@10MHz Df

Dielectric factor@1GHz Df

Dielectric factor@1.8GHz Df

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10psi

Thermal impedance@20psi

Thermal impedance@30psi

Thermal impedance@40psi

Thermal impedance@50psi

-

-

-

-

-

-

-

-

mm

g/cm³

°C

- -

KV/mm

Ohm

Ohm-m

W/m*K

Brown

2

Customized

3.3

<0.1

-60~150

ROHS & REACH Compliant

8

>10¹¹

>10¹⁰

12

27

58

71

74

10.5

10.4

11.2

0.001

0.006

0.022

20.0

Thermal Conductivity 12.0 ISO 22007-2 W/m*K

0.110

0.088

0.050

0.037

0.031

Hardness 65 ASTM D2240 Shore OOO

TEST METHOD

Coefficient of thermal expansion -538.70x10ˉ⁶ ASTM E228 1/K

PROPERTY T-work9000 UNIT

TYPICAL PROPERTIES

CONSTRUCTION

/ Thermal conductivity: 20.0 W/m*K

/ High compression rate

/ Extremely low thermal impedance

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ Flat-panel displays

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

LiPOLY T-work9000 offers outstanding thermal conductivity at 20.0

W/m*K and extremely low thermal

resistance under minimal force.

T-work9000 offers excellent compression, filling small air gaps on

uneven surfaces, ensuring an

efficient and consistent transfer of

heat.

High Thermal Conductive Gap Filler

T-work9000

17

1.0 mm 2.0 mm 3.0 mm 1.0 mm 2.0 mm 3.0 mm

10 0.110 0.201 0.255 12 21 31

20 0.088 0.105 0.120 27 55 68

30 0.050 0.056 0.064 58 78 83

40 0.037 0.039 0.042 71 85 89

50 0.031 0.033 0.035 74 86 90

Compression Thermal Impedance (°C-in²/W) Compression (%)

Force (psi)

Initial 100 hrs 250 hrs 500 hrs 1000 hrs

10 0.110 0.111 0.112 0.112 0.113

30 0.050 0.051 0.052 0.052 0.053

50 0.031 0.031 0.032 0.032 0.033

70°C

Compression Force (psi)

Test

Property

Thermal

Resistance

Initial 100 hrs 250 hrs 500 hrs 1000 hrs

10 0.110 0.111 0.112 0.113 0.113

30 0.050 0.051 0.052 0.053 0.053

50 0.031 0.032 0.032 0.033 0.033

Test

Property

Compression Force (psi)

150°C

Thermal

Resistance

Initial 100 hrs 250 hrs 500 hrs 1000 hrs

0.110 0.111 0.112 0.113 0.113

0.050 0.051 0.052 0.053 0.053

0.031 0.032 0.032 0.033 0.033

Test

Property

Compression Force (psi)

60°C / 90%RH

Thermal

Resistance

0.110 0.110 0.111 0.112 0.113 0.113

0.050 0.050 0.051 0.052 0.052 0.053

0.031 0.032 0.031 0.032 0.032 0.033

Compression Force (psi)

Thermal

Resistance

Tes -40°C (30min) ←→ +125°C (30min) t

Property

0.110 0.110 0.111 0.110 0.111 0.110

0.050 0.051 0.050 0.051 0.050 0.050

0.031 0.031 0.032 0.032 0.032 0.031

Test

Property

Compression Force (psi)

Ultra Low Temperature -60°C

Thermal

Resistance

0 Cycles 100 Cycles 200 Cycles 300 Cycles 400 Cycles 500 Cycles

10

30

50

10

30

50

10

30

50

Initial 100 hrs 200 hrs 300 hrs 400 hrs 500 hrs

THERMAL IMPEDANCE & COMPRESSION

RELIABILITY

Test method: ASTM D5470

Test method: ASTM D5470 , Specimen thickness = 1.0mm , Unit: °C-in²/W

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are

used as the definition standards for LiPOLY. Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality

required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the safety before using the material. We strongly recommend the purchaser pre-test the product and verify the

performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user. LiPOLY makes no warranty as to the suitability, merchantability, or

non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are sold in accordance

with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY

or its affiliates. Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

18

PROPERTY PK223 TEST METHOD UNIT

Color White Visual -

Surface tack 2-side/1-side 2 - -

- -

Thickness Customized ASTM D374

Density 2.1 ASTM D792 g/cm³

mm

Hardness 30 ASTM D2240 Shore OO

Application temperature -60~180

ROHS & REACH Compliant

- °C

COMPRESSION@1.0mm

Deflection @10 psi 33 ASTM D5470 modify %

Deflection @20 psi 38 ASTM D5470 modify %

Deflection @30 psi 42 ASTM D5470 modify %

Deflection @40 psi 45 ASTM D5470 modify %

Deflection @50 psi 48 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 11 ASTM D149 KV/mm

Surface resistivity >10¹⁰ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 2.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.711 ASTM D5470

Thermal impedance@20 psi 0.664 ASTM D5470

Thermal impedance@40 psi 0.595 ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.633 ASTM D5470

Thermal impedance@50 psi 0.572 ASTM D5470

/ Thermal conductivity: 2.0 W/m*K

/ Naturally tacky for ease of

manufacture

/ Low thermal impedance

/ Available in a range of

thicknesses

FEATURES

/ Notebook computers

/ Heat pipe assemblies

/ Memory modules

/ TV hardware

/ Automotive electronics

/ Mobile devices

/ High speed mass storage drives

/ Set-top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS Thermal Resistance vs. Pressure vs. Deflection

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

LiPOLY PK223 is a material TYPICAL PROPERTIES

designed for gap filling. The

thermal conductivity is 2.0

W/m*K. The hardness is Shore

OO/30 with high flexibility, high

compressibility, high insulating,

great self-adhesive, which can

cover the tolerance of design

making it very stable. It also

offers customized shape molding

service.

Thermal Conductive Gel Pad

PK223

19

PROPERTY PK404 TEST METHOD UNIT

Color Blue Visual -

Surface tack 2-side/1-side 2 - -

Thickness Customized ASTM D374 mm

Density 2.8 ASTM D792 g/cm³

Hardness 30 ASTM D2240 Shore OO

Application temperature -60~180 - °C

ROHS & REACH Compliant - -

COMPRESSION@1.0mm

Deflection @10 psi 21 ASTM D5470 modify %

Deflection @20 psi 27 ASTM D5470 modify %

Deflection @30 psi 36 ASTM D5470 modify %

Deflection @40 psi 41 ASTM D5470 modify %

Deflection @50 psi 46 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Surface resistivity >10¹⁰ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 4.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.502 ASTM D5470 °C-in²/ W

Thermal impedance@20 psi 0.452 ASTM D5470 °C-in²/ W

Thermal impedance@30 psi 0.423 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.361 ASTM D5470 °C-in²/ W

Thermal impedance@40 psi 0.380 ASTM D5470 °C-in²/ W

Thermal Resistance vs. Pressure vs. Deflection

TYPICAL PROPERTIES

/ Thermal conductivity: 4.0 W/m*K

/ Naturally tacky for ease of

manufacture

/ Low thermal impedance

/ Available in a range of

thicknesses

FEATURES

/ Notebook computers

/ Heat pipe assemblies

/ Memory modules

/ TV hardware

/ Automotive electronics

/ Mobile devices

/ High speed mass storage drives

/ Set-top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

LiPOLY PK404 is a material

designed for gap filling. The

thermal conductivity is 4.0

W/m*K. The hardness is Shore

OO/30 with high flexibility, high

compressibility, high insulating,

great self-adhesive, which can

cover the tolerance of design

making it very stable. It also

offers customized shape molding

service.

Thermal Conductive Gel Pad

PK404

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

20

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PROPERTY PK504 TEST METHOD UNIT

Color Gray Visual -

Surface tack 2-side/1-side 2 - -

- -

Thickness Customized ASTM D374

Density 3.0 ASTM D792 g/cm³

mm

Hardness 50 ASTM D2240 Shore OO

Application temperature -60~180

ROHS & REACH Compliant

- °C

COMPRESSION@1.0mm

Deflection @10 psi 13 ASTM D5470 modify %

Deflection @20 psi 17 ASTM D5470 modify %

Deflection @30 psi 22 ASTM D5470 modify %

Deflection @40 psi 27 ASTM D5470 modify %

Deflection @50 psi 31 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 5.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.415 ASTM D5470

Thermal impedance@20 psi 0.393 ASTM D5470

Thermal impedance@40 psi 0.336 ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.358 ASTM D5470

Thermal impedance@50 psi 0.307 ASTM D5470

Thermal Resistance vs. Pressure vs. Deflection

/ Thermal conductivity: 5.0 W/m*K

/ Naturally tacky for ease of

manufacture

/ Low thermal impedance

/ Available in a range of

thicknesses

FEATURES

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

LiPOLY PK504 is a material

designed for gap filling. The

thermal conductivity is 5.0

W/m*K. The hardness is Shore

OO/50 with high flexibility, high

compressibility, high insulating,

great self-adhesive, which can

cover the tolerance of design

making it very stable. It also

offers customized shape molding

service.

/ Notebook computers

/ Heat pipe assemblies

/ Memory modules

/ TV hardware

/ Automotive electronics

/ Mobile devices

/ High speed mass storage drives

/ Set-top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

TYPICAL PROPERTIES

Thermal Conductive Gel Pad

PK504

21

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PROPERTY PK605 TEST METHOD UNIT

Color Red Visual -

Surface tack 2-side/1-side 2 - -

Thickness Customized ASTM D374

Density 3.2 ASTM D792 g/cm³

mm

Hardness 60 ASTM D2240 Shore OO

Application temperature -60~180 - °C

ROHS & REACH Compliant - -

COMPRESSION@1.0mm

Deflection @10 psi 8 ASTM D5470 modify %

Deflection @20 psi 12 ASTM D5470 modify %

Deflection @30 psi 14 ASTM D5470 modify %

Deflection @40 psi 17 ASTM D5470 modify %

Deflection @50 psi 19 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 6.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.371 ASTM D5470 °C-in²/ W

Thermal impedance@20 psi 0.341 ASTM D5470 °C-in²/ W

Thermal impedance@30 psi 0.323 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.262 ASTM D5470 °C-in²/ W

Thermal impedance@40 psi 0.294 ASTM D5470 °C-in²/ W

Thermal Resistance vs. Pressure vs. Deflection

TYPICAL PROPERTIES

/ Thermal conductivity: 6.0 W/m*K

/ Naturally tacky for ease of

manufacture

/ Low thermal impedance

/ Available in a range of

thicknesses

FEATURES

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

LiPOLY PK605 is a material

designed for gap filling. The

thermal conductivity is 6.0

W/m*K. The hardness is Shore

OO/60 with high flexibility, high

compressibility, high insulating,

great self-adhesive, which can

cover the tolerance of design

making it very stable. It also

offers customized shape molding

service.

/ Notebook computers

/ Heat pipe assemblies

/ Memory modules

/ TV hardware

/ Automotive electronics

/ Mobile devices

/ High speed mass storage drives

/ Set-top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

Thermal Conductive Gel Pad

PK605

22

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PROPERTY PK700 TEST METHOD UNIT

Color Gray Visual -

Surface tack 2-side/1-side 2 - -

- -

Thickness Customized ASTM D374

Density 3.3 ASTM D792 g/cm³

mm

Hardness 55 ASTM D2240 Shore OO

Application temperature -60~180

ROHS & REACH Compliant

- °C

COMPRESSION@1.0mm

Deflection @10 psi 9 ASTM D5470 modify %

Deflection @20 psi 14 ASTM D5470 modify %

Deflection @30 psi 19 ASTM D5470 modify %

Deflection @40 psi 23 ASTM D5470 modify %

Deflection @50 psi 26 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 7.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.321 ASTM D5470

Thermal impedance@20 psi 0.288 ASTM D5470

Thermal impedance@40 psi 0.233 ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.254 ASTM D5470

Thermal impedance@50 psi 0.210 ASTM D5470

Thermal Resistance vs. Pressure vs. Deflection

TYPICAL PROPERTIES

/ Thermal conductivity: 7.0 W/m*K

/ Naturally tacky for ease of

manufacture

/ Low thermal impedance

/ Available in a range of

thicknesses

FEATURES

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

LiPOLY PK700 is a material

designed for gap filling. The

thermal conductivity is 7.0

W/m*K. The hardness is Shore

OO/55 with high flexibility, high

compressibility, high insulating,

great self-adhesive, which can

cover the tolerance of design

making it very stable. It also

offers customized shape molding

service.

/ Notebook computers

/ Heat pipe assemblies

/ Memory modules

/ TV hardware

/ Automotive electronics

/ Mobile devices

/ High speed mass storage drives

/ Set-top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

Thermal Conductive Gel Pad

PK700

23

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PCB

Heat Sink

BS75K

PROPERTY BS75K TEST METHOD UNIT

Color Dark Gray Visual -

Surface tack 2-side/1-side 2 - -

- -

Thickness Customized ASTM D374

Density 2.6 ASTM D792 g/cm³

mm

Hardness 18 ASTM D2240 Shore OO

Application temperature -60~180

ROHS & REACH Compliant

- °C

COMPRESSION@1.0mm

Deflection @10 psi 35 ASTM D5470 modify %

Deflection @20 psi 39 ASTM D5470 modify %

Deflection @30 psi 43 ASTM D5470 modify %

Deflection @40 psi 46 ASTM D5470 modify %

Deflection @50 psi 48 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Surface resistivity >10¹⁰ ASTM D257 Ohm

Volume resistivity >10¹¹ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 3.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.562 ASTM D5470

Thermal impedance@20 psi 0.543 ASTM D5470

Thermal impedance@40 psi 0.485 ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.504 ASTM D5470

Thermal impedance@50 psi 0.463 ASTM D5470

Thermal Resistance vs. Pressure vs. Deflection

TYPICAL PROPERTIES

/ Thermal conductivity: 3.0 W/m*K

/ High compression rate

/ Low thermal impedance

/ High recovery

/ Available in a range of

thicknesses

FEATURES

/ Between CPU and heat sink

/ Between a component and

heat sink

/ Notebook computers

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

LiPOLY BS75K is an ultra-soft

thermally conductive gel pad with

a thermal conductivity of 3.0

W/m*K.BS75K offers excellent

compression under minimal force

with high recovery characteristics. This product can be supplied

as standard sheets, custom

die-cuts or custom molded parts.

Exceptionally Soft Thermal Conductive Gel Pad

BS75K

24

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PCB

Heat Sink

BS87-s

PROPERTY BS87-s TEST METHOD UNIT

Color Gray Visual -

Surface tack 2-side/1-side 2 - -

- -

Thickness Customized ASTM D374

Density 2.8 ASTM D792 g/cm³

mm

Hardness 10 ASTM D2240 Shore OO

Application temperature -60~180

ROHS & REACH Compliant

- °C

COMPRESSION@1.0mm

Deflection @10 psi 42 ASTM D5470 modify %

Deflection @20 psi 54 ASTM D5470 modify %

Deflection @30 psi 62 ASTM D5470 modify %

Deflection @40 psi 67 ASTM D5470 modify %

Deflection @50 psi 71 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 3.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.502 ASTM D5470

Thermal impedance@20 psi 0.433 ASTM D5470

Thermal impedance@40 psi 0.332 ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.374 ASTM D5470

Thermal impedance@50 psi 0.301 ASTM D5470

/ Thermal conductivity: 3.0 W/m*K

/ High compression rate

/ Low thermal impedance

/ High recovery

/ Available in a range of

thicknesses

FEATURES

/ Between CPU and heat sink

/ Between a component and

heat sink

/ Notebook computers

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

LiPOLY BS87-s is an ultra-soft TYPICAL PROPERTIES

thermally conductive gel pad with

a thermal conductivity of 3.0

W/m*K.BS87-s offers excellent

compression under minimal force

with high recovery characteristics. This product can be supplied

as standard sheets, custom

die-cuts or custom molded parts.

Thermal Resistance vs. Pressure vs. Deflection

Exceptionally Soft Thermal Conductive Gel Pad

BS87-s

25

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PCB

Heat Sink

BS89

PROPERTY BS89 TEST METHOD UNIT

Color Gray Visual -

Surface tack 2-side/1-side 2 - -

- -

Thickness Customized ASTM D374

Density 3.0 ASTM D792 g/cm³

mm

Hardness 25 ASTM D2240 Shore OO

Application temperature -60~180

ROHS & REACH Compliant

- °C

COMPRESSION@1.0mm

Deflection @10 psi 29 ASTM D5470 modify %

Deflection @20 psi 39 ASTM D5470 modify %

Deflection @30 psi 47 ASTM D5470 modify %

Deflection @40 psi 52 ASTM D5470 modify %

Deflection @50 psi 56 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 5.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.318 ASTM D5470

Thermal impedance@20 psi 0.266 ASTM D5470

Thermal impedance@40 psi 0.211 ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.233 ASTM D5470

Thermal impedance@50 psi 0.194 ASTM D5470

Thermal Resistance vs. Pressure vs. Deflection

TYPICAL PROPERTIES

/ Thermal conductivity: 5.0 W/m*K

/ High compression rate

/ Low thermal impedance

/ High recovery

/ Available in a range of

thicknesses

FEATURES

/ Between CPU and heat sink

/ Between a component and

heat sink

/ Notebook computers

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

LiPOLY BS89 is an ultra-soft

thermally conductive gel pad with

a thermal conductivity of 5.0

W/m*K.BS89 offers excellent

compression under minimal force

with high recovery characteristics. This product can be supplied

as standard sheets, custom

die-cuts or custom molded parts.

Exceptionally Soft Thermal Conductive Gel Pad

BS89

26

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PROPERTY S282-s TEST METHOD UNIT

Color Pink Visual -

Surface tack 2-side/1-side 1 - -

Reinforced layer Fiberglass - -

Thickness Customized ASTM D374

Density 2.6 ASTM D792 g/cm³

mm

Hardness 18 ASTM D2240 Shore OO

Application temperature -60~180 - °C

ROHS & REACH Compliant - -

COMPRESSION@1.0mm

Deflection @10 psi 5 ASTM D5470 modify %

Deflection @20 psi 7 ASTM D5470 modify %

Deflection @30 psi 10 ASTM D5470 modify %

Deflection @40 psi 13 ASTM D5470 modify %

Deflection @50 psi 15 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Surface resistivity >10¹⁰ ASTM D257 Ohm

Volume resistivity >10¹¹ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 2.5 ASTM D5470 W/m*K

Thermal impedance@10 psi 1.094 ASTM D5470 °C-in²/ W

Thermal impedance@20 psi 1.052 ASTM D5470 °C-in²/ W

Thermal impedance@30 psi 0.993 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.941 ASTM D5470 °C-in²/ W

Thermal impedance@40 psi 0.952 ASTM D5470 °C-in²/ W

PCB

Heat Sink

S282-s

/ Thermal conductivity: 2.5 W/m*K

/ Designed for manufacturing

/ High dielectric breakdown

/ Shock and vibration absorber

/ Good mechanical strength

/ Fiberglass reinforced

FEATURES

/ Between a component and

heat sink

/ Flat-panel displays

/ LED, HDDs, DVDs

/ Heat pipe assemblies

/ Memory modules

/ Power supplies

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Thermal Resistance vs. Pressure vs. Deflection

LiPOLY S282-s is a thermally TYPICAL PROPERTIES

conductive pad designed for gap

filling. The thermal conductivity is

2.5 W/m*K. Using fiberglass

reinforced layer and great self-adhesive which can fit closely with

non-flat heat sinks to increase

the contact area. S282-s is an

excellent insulating material with

characteristics of low stress

damped vibration and shock

absorption.

Exceptionally Soft Thermal Conductive Gel Pad

S282-s

27

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PROPERTY AS200-s TEST METHOD UNIT

Color Gray Visual -

Surface tack 2-side/1-side 2 - -

Thickness Customized ASTM D374

Density 2.2 ASTM D792 g/cm³

mm

Hardness 35 ASTM D2240 Shore OO

Application temperature -60~180 - °C

ROHS & REACH Compliant - -

COMPRESSION@1.0mm

Deflection @10 psi 10 ASTM D5470 modify %

Deflection @20 psi 17 ASTM D5470 modify %

Deflection @30 psi 26 ASTM D5470 modify %

Deflection @40 psi 35 ASTM D5470 modify %

Deflection @50 psi 39 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Surface resistivity >10¹⁰ ASTM D257 Ohm

Volume resistivity >10¹¹ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 2.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.892 ASTM D5470 °C-in²/ W

Thermal impedance@20 psi 0.824 ASTM D5470 °C-in²/ W

Thermal impedance@30 psi 0.783 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.704 ASTM D5470 °C-in²/ W

Thermal impedance@40 psi 0.731 ASTM D5470 °C-in²/ W

Oil Absorbing Sheet 1mm oil bleed width

AS200-s

50% Compression

Silicone Oil

/ Size 30*30mm²

/ Thickness 1.0mm

/ Compression 50%

/ Temperature 25℃

/ Time 120h

OIL BLEEDING

Thermal Resistance vs. Pressure vs. Deflection

LiPOLY AS200-s is a material TYPICAL PROPERTIES

designed for gap filling. The

thermal conductivity is 2.0 W/m*K.

The hardness is Shore OO/35, with

high flexibility and compressibility.

AS200-s has ultra-low oil bleeding

properties, which helps reduce

pollutants from silicon oil, keeping

electronic components clean.

/ Thermal conductivity:2.0 W/m*K

/ High compressibility

/ Low oil-bleeding

/ Naturally tacky and high

resilience

FEATURES

/ Notebook computers

/ Heat pipe assemblies

/ TV hardware

/ Wireless communication hardware

/ High speed mass storage drives

/ Set top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Ultra Low Oil-Bleed Thermal Conductive Gel Pad

AS200-s

28

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PROPERTY AS400-s TEST METHOD UNIT

Color Blue Visual -

Surface tack 2-side/1-side 2 - -

Thickness Customized ASTM D374

Density 2.6 ASTM D792 g/cm³

mm

Hardness 45 ASTM D2240 Shore OO

Application temperature -60~180 - °C

ROHS & REACH Compliant - -

COMPRESSION@1.0mm

Deflection @10 psi 9 ASTM D5470 modify %

Deflection @20 psi 15 ASTM D5470 modify %

Deflection @30 psi 25 ASTM D5470 modify %

Deflection @40 psi 33 ASTM D5470 modify %

Deflection @50 psi 39 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 4.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.582 ASTM D5470 °C-in²/ W

Thermal impedance@20 psi 0.525 ASTM D5470 °C-in²/ W

Thermal impedance@30 psi 0.483 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.411 ASTM D5470 °C-in²/ W

Thermal impedance@40 psi 0.431 ASTM D5470 °C-in²/ W

Oil Absorbing Sheet 1mm oil bleed width

AS400-s

50% Compression

Silicone Oil

/ Size 30*30mm²

/ Thickness 1.0mm

/ Compression 50%

/ Temperature 25℃

/ Time 120h

OIL BLEEDING

/ Thermal conductivity:4.0 W/m*K

/ High compressibility

/ Low oil-bleeding

/ Naturally tacky and high

resilience

FEATURES

/ Notebook computers

/ Heat pipe assemblies

/ TV hardware

/ Wireless communication hardware

/ High speed mass storage drives

/ Set top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Thermal Resistance vs. Pressure vs. Deflection

LiPOLY AS400-s is a material TYPICAL PROPERTIES

designed for gap filling. The

thermal conductivity is 4.0 W/m*K.

The hardness is Shore OO/45, with

high flexibility and compressibility.

AS400-s has ultra-low oil bleeding

properties, which helps reduce

pollutants from silicon oil, keeping

electronic components clean.

Ultra Low Oil-Bleed Thermal Conductive Gel Pad

AS400-s

29

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PROPERTY N700A TEST METHOD UNIT

Color Gray Visual -

Surface tack 2-side/1-side 2 - -

- -

Thickness Customized ASTM D374

Density 2.4 ASTM D792 g/cm³

mm

Hardness 60 ASTM D2240 Shore OO

Application temperature -60~125

ROHS & REACH Compliant

- °C

Low molecular Siloxane

(D3 to D20 total) N.D Gas

Chromatography %

Outgassing CVCM (wt%) 0.0079 By LiPOLY -

COMPRESSION@1.0mm

Deflection @10 psi 10 ASTM D5470 modify %

Deflection @20 psi 22 ASTM D5470 modify %

Deflection @30 psi 35 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 16 ASTM D149 KV/mm

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 2.5 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.841 ASTM D5470

Thermal impedance@20 psi 0.682 ASTM D5470

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.494 ASTM D5470 °C-in²/ W

Thermal impedance@40 psi 0.315 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.217 ASTM D5470 °C-in²/ W

Tensile Strength 1.0 ASTM D412 Kgf/cm²

/ Thermal conductivity:2.5 W/m*K

/ It’s made by non-silicone resin

materials

/ Low contact thermal resistance

/ With electrical insulation

/ Outstanding thermal conductivity

/ Applicable to optical and

sensitive electric components

FEATURES

/ HDDS

/ Optical appliance

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Thermal Resistance vs. Pressure vs. Deflection

Non-Silicone Thermal Compound TYPICAL PROPERTIES

N700A is made of non-silicon

resin material. No low molecular

siloxane volatilization and low

total volatile gas, no electrical

contact & pollution problems.

N700A is flexible and has great

thermal conduction, Low compressive stress and high compressive characteristics can

effectively reduce the stress load

of components, so that the

equipment only needs to bear

less mechanical stress, and at the

same time, it can have low

thermal resistance and high

thermal conductivity.

The chemical formula indicates that if Cyclic polydimethylsilox-ane

(HO-[Si(CH3)2O]n-H) is non-reaction, it's volatile anytime and everywhere. For

example, when the electric products which has been put in a confined space, the

volatile of low-molecular-weight silox-anes will makes the elecetic products

uncontacted.

Non-Silicone Thermal Conductive Pad

N700A

30

N700B TEST METHOD UNIT

Red Visual -

2 - -

- -

Customized ASTM D374

2.6 ASTM D792 g/cm³

mm

60 ASTM D2240 Shore OO

-60~125

Compliant

- °C

27 ASTM D5470 modify %

42 ASTM D5470 modify %

51 ASTM D5470 modify %

16 ASTM D149 KV/mm

>10¹¹ ASTM D257 Ohm

>10¹⁰ ASTM D257 Ohm-m

3.0 ASTM D5470 W/m*K

0.671 ASTM D5470

0.543 ASTM D5470

°C-in²/ W

°C-in²/ W

0.392 ASTM D5470 °C-in²/ W

PROPERTY

Color

Surface tack 2-side/1-side

Thickness

Density

Hardness

Application temperature

ROHS & REACH

COMPRESSION@1.0mm

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

ELECTRICAL

Dielectric breakdown

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Thermal impedance@40 psi 0.236 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.169 ASTM D5470 °C-in²/ W

Tensile Strength 1.0 ASTM D412 Kgf/cm²

Low molecular Siloxane

(D3 to D20 total) N.D Gas

Chromatography %

Outgassing CVCM (wt%) 0.0072 By LiPOLY -

TYPICAL PROPERTIES

/ Thermal conductivity:3.0 W/m*K

/ It’s made by non-silicone resin

materials

/ Low contact thermal resistance

/ With electrical insulation

/ Outstanding thermal conductivity

/ Applicable to optical and

sensitive electric components

FEATURES

/ HDDS

/ Optical appliance

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Non-Silicone Thermal Compound

N700B is made of non-silicon

resin material. No low molecular

siloxane volatilization and low

total volatile gas, no electrical

contact & pollution problems.

N700B is flexible and has great

thermal conduction, Low compressive stress and high compressive characteristics can

effectively reduce the stress load

of components, so that the

equipment only needs to bear

less mechanical stress, and at the

same time, it can have low

thermal resistance and high

thermal conductivity.

Non-Silicone Thermal Conductive Pad

N700B

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

Thermal Resistance vs. Pressure vs. Deflection

The chemical formula indicates that if Cyclic polydimethylsilox-ane

(HO-[Si(CH3)2O]n-H) is non-reaction, it's volatile anytime and everywhere. For

example, when the electric products which has been put in a confined space, the

volatile of low-molecular-weight silox-anes will makes the elecetic products

uncontacted.

31

N700C TEST METHOD UNIT

Gray Visual -

2 - -

- -

Customized ASTM D374

3.2 ASTM D792 g/cm³

mm

55 ASTM D2240 Shore OO

-60~125

Compliant

- °C

16 ASTM D5470 modify %

46 ASTM D5470 modify %

68 ASTM D5470 modify %

8 ASTM D149 KV/mm

>10¹¹ ASTM D257 Ohm

>10¹⁰ ASTM D257 Ohm-m

5.0 ASTM D5470 W/m*K

0.312 ASTM D5470

0.208 ASTM D5470

°C-in²/ W

°C-in²/ W

0.132 ASTM D5470 °C-in²/ W

PROPERTY

Color

Surface tack 2-side/1-side

Thickness

Density

Hardness

Application temperature

ROHS & REACH

COMPRESSION@1.0mm

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

ELECTRICAL

Dielectric breakdown

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Tensile Strength 0.15 ASTM D412 Kgf/cm²

Low molecular Siloxane

(D3 to D20 total) N.D Gas

Chromatography %

Outgassing CVCM (wt%) 0.0061 By LiPOLY -

TYPICAL PROPERTIES

/ Thermal conductivity:5.0 W/m*K

/ It’s made by non-silicone resin

materials

/ Low contact thermal resistance

/ With electrical insulation

/ Outstanding thermal conductivity

/ Applicable to optical and

sensitive electric components

FEATURES

/ HDDS

/ Optical appliance

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Non-Silicone Thermal Compound

N700C is made of non-silicon

resin material. No low molecular

siloxane volatilization and low

total volatile gas, no electrical

contact & pollution problems.

N700C is flexible and has great

thermal conduction, Low compressive stress and high compressive characteristics can

effectively reduce the stress load

of components, so that the

equipment only needs to bear

less mechanical stress, and at the

same time, it can have low

thermal resistance and high

thermal conductivity.

Non-Silicone Thermal Conductive Pad

N700C

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

Thermal Resistance vs. Pressure vs. Deflection

The chemical formula indicates that if Cyclic polydimethylsilox-ane

(HO-[Si(CH3)2O]n-H) is non-reaction, it's volatile anytime and everywhere. For

example, when the electric products which has been put in a confined space, the

volatile of low-molecular-weight silox-anes will makes the elecetic products

uncontacted.

32

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

N800AH-s TEST METHOD UNIT

Pink Visual -

2 - -

- -

Customized ASTM D374

3.3 ASTM D792 g/cm³

mm

60 ASTM D2240 Shore OO

-60~125

Compliant

- °C

15 ASTM D5470 modify %

40 ASTM D5470 modify %

67 ASTM D5470 modify %

8 ASTM D149 KV/mm

>10¹¹ ASTM D257 Ohm

>10¹⁰ ASTM D257 Ohm-m

7.0 ASTM D5470 W/m*K

0.274 ASTM D5470

0.182 ASTM D5470

°C-in²/ W

°C-in²/ W

0.121 ASTM D5470 °C-in²/ W

PROPERTY

Surface tack 2-side/1-side

Thickness

Hardness

Application temperature

ROHS & REACH

COMPRESSION@1.0mm

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

ELECTRICAL

Dielectric breakdown

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Color

Density

Tensile Strength 0.15 ASTM D412 Kgf/cm²

Low molecular Siloxane

(D3 to D20 total) N.D Gas

Chromatography %

Outgassing CVCM (wt%) 0.0057 By LiPOLY -

TYPICAL PROPERTIES

/ Thermal conductivity:7.0 W/m*K

/ It’s made by non-silicone resin

materials

/ Low contact thermal resistance

/ With electrical insulation

/ Outstanding thermal conductivity

/ Applicable to optical and

sensitive electric components

FEATURES

/ HDDS

/ Optical appliance

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Non-Silicone Thermal Compound

N800AH-s is made of non-silicon

resin material. No low molecular

siloxane volatilization and low

total volatile gas, no electrical

contact & pollution problems.

N800AH-s is flexible and has

great thermal conduction, Low

compressive stress and high

compressive characteristics can

effectively reduce the stress load

of components, so that the

equipment only needs to bear

less mechanical stress, and at the

same time, it can have low

thermal resistance and high

thermal conductivity.

Non-Silicone Thermal Conductive Pad

N800AH-s

Thermal Resistance vs. Pressure vs. Deflection

The chemical formula indicates that if Cyclic polydimethylsilox-ane

(HO-[Si(CH3)2O]n-H) is non-reaction, it's volatile anytime and everywhere. For

example, when the electric products which has been put in a confined space, the

volatile of low-molecular-weight silox-anes will makes the elecetic products

uncontacted.

33

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

N800A-s TEST METHOD UNIT

Pink Visual -

2 - -

- -

Customized ASTM D374

3.4 ASTM D792 g/cm³

mm

50 ASTM D2240 Shore OO

-60~125

Compliant

- °C

14 ASTM D5470 modify %

35 ASTM D5470 modify %

67 ASTM D5470 modify %

8 ASTM D149 KV/mm

>10¹¹ ASTM D257 Ohm

>10¹⁰ ASTM D257 Ohm-m

9.0 ASTM D5470 W/m*K

0.238 ASTM D5470

0.166 ASTM D5470

°C-in²/ W

°C-in²/ W

0.102 ASTM D5470 °C-in²/ W

PROPERTY

Color

Surface tack 2-side/1-side

Thickness

Density

Hardness

Tensile Strength 0.15 ASTM D412 Kgf/cm²

Application temperature

ROHS & REACH

COMPRESSION@1.0mm

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

ELECTRICAL

Dielectric breakdown

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Low molecular Siloxane

(D3 to D20 total) N.D Gas

Chromatography %

Outgassing CVCM (wt%) 0.0049 By LiPOLY -

TYPICAL PROPERTIES

/ Thermal conductivity:9.0 W/m*K

/ It’s made by non-silicone resin

materials

/ Low contact thermal resistance

/ With electrical insulation

/ Outstanding thermal conductivity

/ Applicable to optical and

sensitive electric components

FEATURES

/ HDDS

/ Optical appliance

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Non-Silicone Thermal Compound

N800A-s is made of non-silicon

resin material. No low molecular

siloxane volatilization and low

total volatile gas, no electrical

contact & pollution problems.

N800A-s is flexible and has great

thermal conduction, Low compressive stress and high compressive characteristics can

effectively reduce the stress load

of components, so that the

equipment only needs to bear

less mechanical stress, and at the

same time, it can have low

thermal resistance and high

thermal conductivity.

Non-Silicone Thermal Conductive Pad

N800A-s

Thermal Resistance vs. Pressure vs. Deflection

The chemical formula indicates that if Cyclic polydimethylsilox-ane

(HO-[Si(CH3)2O]n-H) is non-reaction, it's volatile anytime and everywhere. For

example, when the electric products which has been put in a confined space, the

volatile of low-molecular-weight silox-anes will makes the elecetic products

uncontacted.

34

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

N800BH TEST METHOD UNIT

Pink Visual -

2 - -

- -

Customized ASTM D374

3.3 ASTM D792 g/cm³

mm

50 ASTM D2240 Shore OO

-60~125

Compliant

- °C

13 ASTM D5470 modify %

34 ASTM D5470 modify %

65 ASTM D5470 modify %

8 ASTM D149 KV/mm

>10¹¹ ASTM D257 Ohm

>10¹⁰ ASTM D257 Ohm-m

11.0 ASTM D5470 W/m*K

0.210 ASTM D5470

0.148 ASTM D5470

°C-in²/ W

°C-in²/ W

0.088 ASTM D5470 °C-in²/ W

0.15 ASTM D412 Kgf/cm²

PROPERTY

Color

Surface tack 2-side/1-side

Thickness

Density

Hardness

Tensile Strength

Application temperature

ROHS & REACH

COMPRESSION@1.0mm

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

ELECTRICAL

Dielectric breakdown

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Low molecular Siloxane

(D3 to D20 total)

Outgassing CVCM (wt%)

N.D Gas

Chromatography %

0.0047 By LiPOLY -

TYPICAL PROPERTIES

/ Thermal conductivity:11.0 W/m*K

/ It’s made by non-silicone resin

materials

/ Low contact thermal resistance

/ With electrical insulation

/ Outstanding thermal conductivity

/ Applicable to optical and

sensitive electric components

FEATURES

/ HDDS

/ Optical appliance

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Non-Silicone Thermal Compound

N800BH is made of non-silicon

resin material. No low molecular

siloxane volatilization and low

total volatile gas, no electrical

contact & pollution problems.

N800BH is flexible and has great

thermal conduction, Low compressive stress and high compressive characteristics can

effectively reduce the stress load

of components, so that the

equipment only needs to bear

less mechanical stress, and at the

same time, it can have low

thermal resistance and high

thermal conductivity.

Non-Silicone Thermal Conductive Pad

N800BH

Thermal Resistance vs. Pressure vs. Deflection

The chemical formula indicates that if Cyclic polydimethylsilox-ane

(HO-[Si(CH3)2O]n-H) is non-reaction, it's volatile anytime and everywhere. For

example, when the electric products which has been put in a confined space, the

volatile of low-molecular-weight silox-anes will makes the elecetic products

uncontacted.

35

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

N800B TEST METHOD UNIT

Gray Visual -

2 - -

- -

Customized ASTM D374

3.3 ASTM D792 g/cm³

mm

50 ASTM D2240 Shore OO

-60~125

Compliant

- °C

12 ASTM D5470 modify %

32 ASTM D5470 modify %

63 ASTM D5470 modify %

8 ASTM D149 KV/mm

>10¹¹ ASTM D257 Ohm

>10¹⁰ ASTM D257 Ohm-m

13.0 ASTM D5470 W/m*K

0.183 ASTM D5470

0.131 ASTM D5470

°C-in²/ W

°C-in²/ W

0.074 ASTM D5470 °C-in²/ W

0.15 ASTM D412 Kgf/cm²

PROPERTY

Color

Surface tack 2-side/1-side

Thickness

Density

Hardness

Tensile Strength

Application temperature

ROHS & REACH

COMPRESSION@1.0mm

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

ELECTRICAL

Dielectric breakdown

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Low molecular Siloxane

(D3 to D20 total)

Outgassing CVCM (wt%)

N.D Gas

Chromatography %

0.0045 By LiPOLY -

TYPICAL PROPERTIES

/ Thermal conductivity:13.0 W/m*K

/ It’s made by non-silicone resin

materials

/ Low contact thermal resistance

/ With electrical insulation

/ Outstanding thermal conductivity

/ Applicable to optical and

sensitive electric components

FEATURES

/ HDDS

/ Optical appliance

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Non-Silicone Thermal Compound

N800B is made of non-silicon

resin material. No low molecular

siloxane volatilization and low

total volatile gas, no electrical

contact & pollution problems.

N800B is flexible and has great

thermal conduction, Low compressive stress and high compressive characteristics can

effectively reduce the stress load

of components, so that the

equipment only needs to bear

less mechanical stress, and at the

same time, it can have low

thermal resistance and high

thermal conductivity.

Non-Silicone Thermal Conductive Pad

N800B

Thermal Resistance vs. Pressure vs. Deflection

The chemical formula indicates that if Cyclic polydimethylsilox-ane

(HO-[Si(CH3)2O]n-H) is non-reaction, it's volatile anytime and everywhere. For

example, when the electric products which has been put in a confined space, the

volatile of low-molecular-weight silox-anes will makes the elecetic products

uncontacted.

36

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

N800CH TEST METHOD UNIT

Gray Visual -

2 - -

- -

Customized ASTM D374

3.3 ASTM D792 g/cm³

mm

50 ASTM D2240 Shore OO

-60~125

Compliant

- °C

10 ASTM D5470 modify %

31 ASTM D5470 modify %

59 ASTM D5470 modify %

8 ASTM D149 KV/mm

>10¹¹ ASTM D257 Ohm

>10¹⁰ ASTM D257 Ohm-m

15.0 ASTM D5470 W/m*K

0.153 ASTM D5470

0.119 ASTM D5470

°C-in²/ W

°C-in²/ W

0.067 ASTM D5470 °C-in²/ W

0.15 ASTM D412 Kgf/cm²

PROPERTY

Color

Surface tack 2-side/1-side

Thickness

Density

Hardness

Tensile Strength

Application temperature

ROHS & REACH

COMPRESSION@1.0mm

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

ELECTRICAL

Dielectric breakdown

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Low molecular Siloxane

(D3 to D20 total)

Outgassing CVCM (wt%)

N.D Gas

Chromatography %

0.0040 By LiPOLY -

TYPICAL PROPERTIES

/ Thermal conductivity:15.0 W/m*K

/ It’s made by non-silicone resin

materials

/ Low contact thermal resistance

/ With electrical insulation

/ Outstanding thermal conductivity

/ Applicable to optical and

sensitive electric components

FEATURES

/ HDDS

/ Optical appliance

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Non-Silicone Thermal Compound

N800CH is made of non-silicon

resin material. No low molecular

siloxane volatilization and low

total volatile gas, no electrical

contact & pollution problems.

N800CH is flexible and has great

thermal conduction, Low compressive stress and high compressive characteristics can

effectively reduce the stress load

of components, so that the

equipment only needs to bear

less mechanical stress, and at the

same time, it can have low

thermal resistance and high

thermal conductivity.

Non-Silicone Thermal Conductive Pad

N800CH

Thermal Resistance vs. Pressure vs. Deflection

The chemical formula indicates that if Cyclic polydimethylsilox-ane

(HO-[Si(CH3)2O]n-H) is non-reaction, it's volatile anytime and everywhere. For

example, when the electric products which has been put in a confined space, the

volatile of low-molecular-weight silox-anes will makes the elecetic products

uncontacted.

37

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

Thermal Resistance vs. Pressure vs. Deflection

The chemical formula indicates that if Cyclic polydimethylsilox-ane

(HO-[Si(CH3)2O]n-H) is non-reaction, it's volatile anytime and everywhere. For

example, when the electric products which has been put in a confined space, the

volatile of low-molecular-weight silox-anes will makes the elecetic products

uncontacted.

N800C TEST METHOD UNIT

Gray Visual -

2 - -

- -

Customized ASTM D374

3.3 ASTM D792 g/cm³

mm

50 ASTM D2240 Shore OO

-60~125

Compliant

- °C

8 ASTM D5470 modify %

28 ASTM D5470 modify %

55 ASTM D5470 modify %

8 ASTM D149 KV/mm

>10¹¹ ASTM D257 Ohm

>10¹⁰ ASTM D257 Ohm-m

17.0 ASTM D5470 W/m*K

0.122 ASTM D5470

0.103 ASTM D5470

°C-in²/ W

°C-in²/ W

0.058 ASTM D5470 °C-in²/ W

0.15 ASTM D412 Kgf/cm²

PROPERTY

Color

Surface tack 2-side/1-side

Thickness

Density

Hardness

Tensile Strength

Application temperature

ROHS & REACH

COMPRESSION@1.0mm

Deflection @10 psi

Deflection @20 psi

Deflection @30 psi

ELECTRICAL

Dielectric breakdown

Surface resistivity

Volume resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Low molecular Siloxane

(D3 to D20 total)

Outgassing CVCM (wt%)

N.D Gas

Chromatography %

0.0043 By LiPOLY -

TYPICAL PROPERTIES

/ Thermal conductivity:17.0 W/m*K

/ It’s made by non-silicone resin

materials

/ Low contact thermal resistance

/ With electrical insulation

/ Outstanding thermal conductivity

/ Applicable to optical and

sensitive electric components

FEATURES

/ HDDS

/ Optical appliance

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Non-Silicone Thermal Compound

N800C is made of non-silicon

resin material. No low molecular

siloxane volatilization and low

total volatile gas, no electrical

contact & pollution problems.

N800C is flexible and has great

thermal conduction, Low compressive stress and high compressive characteristics can

effectively reduce the stress load

of components, so that the

equipment only needs to bear

less mechanical stress, and at the

same time, it can have low

thermal resistance and high

thermal conductivity.

Non-Silicone Thermal Conductive Pad

N800C

38

S-putty

Blue Visual -

Silicone - -

- -

2000 DIN 53018

3.0 ASTM D792 g/cm³

Pa.s

-60~180 - °C

100~1500

60 months

Compliant - -

- μm

12 ASTM D149 KV/mm

>10¹³ ASTM D257 Ohm-m

3.5 ASTM D5470 W/m*K

0.079 ASTM D5470 °C-in²/ W

0.071 ASTM D5470 °C-in²/ W

0.061 ASTM D5470 °C-in²/ W

PROPERTY TEST METHOD UNIT

Color

Resin base

Viscosity

Density

Application temperature

Bond line thickness

Shelf life

ROHS & REACH

ELECTRICAL

Dielectric breakdown

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@10psi

Thermal impedance@30psi

Thermal impedance@50psi

Using 1.5mm pad as a gap control, put the putty between the

aluminum and the glass panel mark the initial position. Then,

place it in the oven with 125℃ for 1,000 hours and observe its

displacement after reliability test

Material no dropped or changed after

high temperature aging testing

VERTICAL RELIABILITY

/ Thermal conductivity:3.5 W/m*K

/ Bond line thickness:100-1500µm

/ Designed to remove manufacturing

tolerances

/ Does not produce stress on delicate

components

/ No vertical flow

/ Dispensable for serial manufacture

/ For any high compression and

low stress application

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ High speed mass storage drives

/ Telecommunication hardware

/ Flat-panel displays

/ Set-top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges: 30ml, 55ml, 330ml

/ Bucket: 1kg, 25kg

CONFIGURATIONS

It can be preserved for 60 months

under the condition of unopened

and under room temperature 25℃.

PRESERVATION

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

Thermal Conductive Putty

S-putty

LiPOLY S-putty is a one-part dispensable material with thermal conductivity 3.5 W/m*K. High deformation can fill small air gaps perfectly to remove tolerance. It also can overcome overflow and drying

problems to increase the thermal conductivity. S-putty is a great alternative to thermal grease and

ideally suited for dispensing using the dispensing robot.

TYPICAL PROPERTIES

39

Base Line

S-putty2-s S-putty2-s

S-putty2-s

Blue Visual -

Silicone - -

- -

3500 DIN 53018

3.3 ASTM D792 g/cm³

Pa.s

-60~180 - °C

100~1500

60 months

Compliant - -

- μm

12 ASTM D149 KV/mm

>10¹³ ASTM D257 Ohm-m

6.0 ASTM D5470 W/m*K

0.062 ASTM D5470 °C-in²/ W

0.059 ASTM D5470 °C-in²/ W

0.053 ASTM D5470 °C-in²/ W

PROPERTY TEST METHOD UNIT

Color

Resin base

Viscosity

Density

Application temperature

Bond line thickness

Shelf life

ROHS & REACH

ELECTRICAL

Dielectric breakdown

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@10psi

Thermal impedance@30psi

Thermal impedance@50psi

/ Thermal conductivity:6.0 W/m*K

/ Bond line thickness:100-1500µm

/ Designed to remove manufacturing

tolerances

/ Does not produce stress on delicate

components

/ No vertical flow

/ Dispensable for serial manufacture

/ For any high compression and

low stress application

FEATURES

Using 1.5mm pad as a gap control, put the putty between the

aluminum and the glass panel mark the initial position. Then,

place it in the oven with 125℃ for 1,000 hours and observe its

displacement after reliability test

Material no dropped or changed after

high temperature aging testing

VERTICAL RELIABILITY

/ Between CPU and heat sink

/ Between a component and heat sink

/ High speed mass storage drives

/ Telecommunication hardware

/ Flat-panel displays

/ Set-top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges: 30ml, 55ml, 330ml

/ Bucket: 1kg, 25kg

CONFIGURATIONS

It can be preserved for 60 months

under the condition of unopened

and under room temperature 25℃.

PRESERVATION

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

Thermal Conductive Putty

S-putty2-s

TYPICAL PROPERTIES

LiPOLY S-putty2-s is a one-part dispensable material with thermal conductivity 6.0 W/m*K. High deformation can fill small air gaps perfectly to remove tolerance. It also can overcome overflow and drying

problems to increase the thermal conductivity. S-putty2-s is a great alternative to thermal grease and

ideally suited for dispensing using the dispensing robot.

40

H-putty

Blue Visual -

Silicone - -

- -

15000 DIN 53018

3.0 ASTM D792 g/cm³

Pa.s

-60~180 - °C

100~3000

60 months

Compliant - -

- μm

12 ASTM D149 KV/mm

>10¹³ ASTM D257 Ohm-m

3.5 ASTM D5470 W/m*K

0.076 ASTM D5470 °C-in²/ W

0.072 ASTM D5470 °C-in²/ W

0.069 ASTM D5470 °C-in²/ W

Color

Resin base

Viscosity

Density

Application temperature

Bond line thickness

Shelf life

ROHS & REACH

ELECTRICAL

Dielectric breakdown

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@10psi

Thermal impedance@30psi

Thermal impedance@50psi

PROPERTY TEST METHOD UNIT

Using 3.0mm pad as a gap control, put the putty between the

aluminum and the glass panel mark the initial position. Then,

place it in the oven with 125℃ for 1,000 hours and observe its

displacement after reliability test

Material no dropped or changed after

high temperature aging testing

VERTICAL RELIABILITY

/ Thermal conductivity:3.5 W/m*K

/ Bond line thickness:100-3000µm

/ Designed to remove manufacturing

tolerances

/ Does not produce stress on delicate

components

/ No vertical flow

/ Dispensable for serial manufacture

/ For any high compression and

low stress application

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ High speed mass storage drives

/ Telecommunication hardware

/ Flat-panel displays

/ Set-top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

Thermal Conductive Putty

H-putty

TYPICAL PROPERTIES

LiPOLY H-putty is a one-part dispensable material with thermal conductivity 3.5 W/m*K. High deformation can fill small air gaps perfectly to remove tolerance. It also can overcome overflow and drying

problems to increase the thermal conductivity. H -putty is a great alternative to thermal grease and

ideally suited for dispensing using the dispensing robot.

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

41

/ Cartridges: 30ml, 55ml, 330ml

/ Bucket: 1kg, 25kg

CONFIGURATIONS

It can be preserved for 60 months

under the condition of unopened

and under room temperature 25℃.

PRESERVATION

H-putty2 TEST METHOD UNIT

Blue Visual -

Silicone - -

- -

15000 DIN 53018

3.3 ASTM D792 g/cm³

Pa.s

-60~180 - °C

100~3000

60 months

Compliant - -

- μm

12 ASTM D149 KV/mm

>10¹³ ASTM D257 Ohm-m

6.0 ASTM D5470 W/m*K

0.061 ASTM D5470 °C-in²/ W

0.054 ASTM D5470 °C-in²/ W

0.050 ASTM D5470 °C-in²/ W

PROPERTY

Color

Resin base

Viscosity

Density

Application temperature

Bond line thickness

Shelf life

ROHS & REACH

ELECTRICAL

Dielectric breakdown

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@10psi

Thermal impedance@30psi

Thermal impedance@50psi

Using 3.0mm pad as a gap control, put the putty between the

aluminum and the glass panel mark the initial position. Then,

place it in the oven with 125℃ for 1,000 hours and observe its

displacement after reliability test

Material no dropped or changed after

high temperature aging testing

VERTICAL RELIABILITY

/ Thermal conductivity:6.0 W/m*K

/ Bond line thickness:100-3000µm

/ Designed to remove manufacturing

tolerances

/ Does not produce stress on delicate

components

/ No vertical flow

/ Dispensable for serial manufacture

/ For any high compression and

low stress application

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ High speed mass storage drives

/ Telecommunication hardware

/ Flat-panel displays

/ Set-top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges: 30ml, 55ml, 330ml

/ Bucket: 1kg, 25kg

CONFIGURATIONS

It can be preserved for 60 months

under the condition of unopened

and under room temperature 25℃.

PRESERVATION

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

Thermal Conductive Putty

H-putty2

TYPICAL PROPERTIES

LiPOLY H-putty2 is a one-part dispensable material with thermal conductivity 6.0 W/m*K. High deformation can fill small air gaps perfectly to remove tolerance. It also can overcome overflow and drying

problems to increase the thermal conductivity. H -putty2 is a great alternative to thermal grease and

ideally suited for dispensing using the dispensing robot.

42

SH-putty3

Gray Visual -

Silicone - -

- -

17000 DIN 53018

3.4 ASTM D792 g/cm³

Pa.s

-60~180 - °C

100~3000

60 months

Compliant - -

- μm

12 ASTM D149 KV/mm

>10¹³ ASTM D257 Ohm-m

8.0 ASTM D5470 W/m*K

0.039 ASTM D5470 °C-in²/ W

0.035 ASTM D5470 °C-in²/ W

0.031 ASTM D5470 °C-in²/ W

Color

Resin base

Viscosity

Density

Application temperature

Bond line thickness

Shelf life

ROHS & REACH

ELECTRICAL

Dielectric breakdown

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@10psi

Thermal impedance@30psi

Thermal impedance@50psi

PROPERTY TEST METHOD UNIT

Using 3.0mm pad as a gap control, put the putty between the

aluminum and the glass panel mark the initial position. Then,

place it in the oven with 125℃ for 1,000 hours and observe its

displacement after reliability test

Material no dropped or changed after

high temperature aging testing

VERTICAL RELIABILITY

/ Thermal conductivity:8.0 W/m*K

/ Bond line thickness:100-3000µm

/ Designed to remove manufacturing

tolerances

/ Does not produce stress on delicate

components

/ No vertical flow

/ Dispensable for serial manufacture

/ For any high compression and

low stress application

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ High speed mass storage drives

/ Telecommunication hardware

/ Flat-panel displays

/ Set-top box

/ IP CAM

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges: 30ml, 55ml, 330ml

/ Bucket: 1kg, 25kg

CONFIGURATIONS

It can be preserved for 60 months

under the condition of unopened

and under room temperature 25℃.

PRESERVATION

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

Thermal Conductive Putty

SH-putty3

TYPICAL PROPERTIES

LiPOLY SH-putty3 is a one-part dispensable material with thermal conductivity 8.0 W/m*K. High deformation can fill small air gaps perfectly to remove tolerance. It also can overcome overflow and drying

problems to increase the thermal conductivity. SH-putty3 is a great alternative to thermal grease and

ideally suited for dispensing using the dispensing robot.

43

S-putty5-s

Blue Visual -

Silicone - -

- -

20000 DIN 53018

3.3 ASTM D792 g/cm³

Pa.s

-60~180 - °C

200~3000

60 months

Compliant - -

- μm

12 ASTM D149 KV/mm

>10¹³ ASTM D257 Ohm-m

10.0 ASTM D5470 W/m*K

0.035 ASTM D5470 °C-in²/ W

0.031 ASTM D5470 °C-in²/ W

0.027 ASTM D5470 °C-in²/ W

Color

Resin base

Viscosity

Density

Application temperature

Bond line thickness

Shelf life

ROHS & REACH

ELECTRICAL

Dielectric breakdown

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@10psi

Thermal impedance@30psi

Thermal impedance@50psi

PROPERTY TEST METHOD UNIT

Using 3.0mm pad as a gap control, put the putty between the

aluminum and the glass panel mark the initial position. Then, p

lace it in the oven with 125℃ for 1,000 hours and observe its

displacement after reliability test

Material no dropped or changed after

high temperature aging testing

VERTICAL RELIABILITY

/ Thermal conductivity:10.0 W/m*K

/ Bond line thickness:200-3000µm

/ Designed to remove manufacturing

tolerances

/ Does not produce stress on delicate

components

/ No vertical flow

/ Dispensable for serial manufacture

/ For any high compression and low

stress application

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ High speed mass storage drives

/ Telecommunication hardware

/ Flat-panel displays

/ Set-top box

/ IP CAM

TYPICAL APPLICATION

/ Cartridges: 30ml, 55ml, 330ml

/ Bucket: 1kg, 25kg

CONFIGURATIONS

It can be preserved for 60 months

under the condition of unopened

and under room temperature 25℃.

PRESERVATION

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used as the definition standards for LiPOLY.

Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the purchaser’s specific purpose. The purchaser needs to evaluate and verify the

safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user.

LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are

sold in accordance with the LiPOLY Terms and Conditions in effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates.

Statements concerning possible or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

Thermal Conductive Putty

S-putty5-s

TYPICAL PROPERTIES

LiPOLY S-putty5-s is a one-part dispensable material with thermal conductivity 10.0 W/m*K. High

deformation can fill small air gaps perfectly to remove tolerance. It also can overcome overflow and

drying problems to increase the thermal conductivity. S-putty5-s is a great alternative to thermal

grease and ideally suited for dispensing using the dispensing robot.

44

/ Thermal conductivity: 2.2 W/m*K

/ Fast curing in normal atmospheric temperature

/ Great reliability

/ Great sealing in low pressure

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ Electric vehicle& Automotive battery

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges: 50ml, 400ml

/ Other special and custom sizes are available upon request

CONFIGURATIONS

Use the disposable plastic static mixing nozzles to mix parts A and B together to the desired ratio.

Liquid gap fillers can be dispensed using an automatic dispensing machine or a manual dispensing

tool that can be provided by LiPOLY upon request/purchase. The disposable plastic static mixing

nozzles cannot be re-used.

DISPENSING INSTRUCTIONS

Two-part liquid gap fillers should be stored in climate-controlled environments at or below 25°C.

Keep liquid gap fillers away from direct sunlight and away from high-temperature environments.

STORAGE

It can be preserved for 24 months under the condition of unopened and under room temperature 25℃.

PRESERVATION

The two-part liquid gap filler may not cure properly if it comes into contact with certain substances,

including amine, sulfur, organophosphorus compounds, and organotin compounds. Please avoid the

following substances when handling: (N, P, S, Sn, Pb, Hg, Sb, Bi, As) Ensure a clean mixing container

is used (e.g.: paper cup or plastic cup) before injecting the A and B parts into the mixing container.

The plasticizer, wax from the cups, varnish or the epoxy from the oven may contaminate the A and B

parts. You are reminded to pre-test the gap filler before using it.

PRECAUTIONS

LiPOLY PK223DM is a two-part liquid gap filler, fast cured at room temperature or elevated temperature. With a thermal conductivity of 2.2 W/m*K, PK223DM provides high thermal conductivity and

low thermal impedance. It is ideally suited for dispensing using the dispensing robot or by syringe.

Two-Part Thermal Conductive Gap Filler

PK223DM

45

PROPERTY PK223DM TEST METHOD UNIT

Color White (A part)

Gray (B part) Visual -

Solid content 100%

(Two-part : 100:100 ) - -

Viscosity A 120 ISO 3219 Pa.s

Viscosity B 110 ISO 3219 Pa.s

Density 2.2 ASTM D792 g/cm³

Shelf life 24 months - -

ROHS & REACH Compliant - -

SOLID(AFTER CURE)

Thermal conductivity 2.2 ASTM D5470 W/m*K

Thermal impedance@10mils BLT 0.294 ASTM D5470 °C-in²/ W

Thermal impedance@20mils BLT 0.571 ASTM D5470 °C-in²/ W

Thermal impedance@30mils BLT 0.710 ASTM D5470 °C-in²/ W

Hardness 50 ASTM D2240 Shore OO

Working temp (long term) -60 ~ 200 - °C

Operating ambient temp 20 ~ 30 - °C

CURE SCHEDULE

Pot life @ 25°C

Surface dry @ 25°C 20~25 By LiPOLY min

10~15 By LiPOLY min

Cure @ 25°C 30~35 By LiPOLY min

Cure @ 100°C 72 By LiPOLY sec

Cure @ 120°C 20 By LiPOLY sec

Surface resistivity >10¹⁰ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

Dielectric breakdown 8 ASTM D149 KV/mm

ELECTRICAL

TYPICAL PROPERTIES

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used

as the definition standards for LiPOLY. Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the

purchaser’s specific purpose. The purchaser needs to evaluate and verify the safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product

under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user. LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY

material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are sold in accordance with the LiPOLY Terms and Conditions in

effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates. Statements concerning possible

or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PLEASE NOTE

It’s recommended that the diameter of mixing tube outlet should be 3mm at least, which can solve the

possible problem of poor fluidity caused by ambient temperature.

46

/ Thermal conductivity: 3.6 W/m*K

/ Fast curing in normal atmospheric temperature

/ Great reliability

/ Great sealing in low pressure

FEATURES

/ Cartridges: 50ml, 400ml

/ Other special and custom sizes are available upon request

CONFIGURATIONS

Use the disposable plastic static mixing nozzles to mix parts A and B together to the desired ratio.

Liquid gap fillers can be dispensed using an automatic dispensing machine or a manual dispensing

tool that can be provided by LiPOLY upon request/purchase. The disposable plastic static mixing

nozzles cannot be re-used.

DISPENSING INSTRUCTIONS

Two-part liquid gap fillers should be stored in climate-controlled environments at or below 25°C.

Keep liquid gap fillers away from direct sunlight and away from high-temperature environments.

STORAGE

The two-part liquid gap filler may not cure properly if it comes into contact with certain substances,

including amine, sulfur, organophosphorus compounds, and organotin compounds. Please avoid the

following substances when handling: (N, P, S, Sn, Pb, Hg, Sb, Bi, As) Ensure a clean mixing container

is used (e.g.: paper cup or plastic cup) before injecting the A and B parts into the mixing container.

The plasticizer, wax from the cups, varnish or the epoxy from the oven may contaminate the A and B

parts. You are reminded to pre-test the gap filler before using it.

PRECAUTIONS

/ Between CPU and heat sink

/ Between a component and heat sink

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ Electric vehicle& Automotive battery

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

It can be preserved for 24 months under the condition of unopened and under room temperature 25℃.

PRESERVATION

LiPOLY PK404DM is a two-part liquid gap filler, fast cured at room temperature or elevated temperature. With a thermal conductivity of 3.6 W/m*K, PK404DM provides high thermal conductivity and

low thermal impedance. It is ideally suited for dispensing using the dispensing robot or by syringe.

Two-Part Thermal Conductive Gap Filler

PK404DM

47

PROPERTY PK404DM TEST METHOD UNIT

Color

Blue (A part)

White (B part) Visual -

Solid content 100%

(Two-part : 100:100) - -

Viscosity A 47 ISO 3219 Pa.s

Viscosity B 48 ISO 3219 Pa.s

Density 3.0 ASTM D792 g/cm³

Shelf life 24 months - -

ROHS & REACH Compliant - -

SOLID(AFTER CURE)

Thermal conductivity 3.6 ASTM D5470 W/m*K

Thermal impedance@10mils BLT 0.252 ASTM D5470 °C-in²/ W

Thermal impedance@20mils BLT 0.471 ASTM D5470 °C-in²/ W

Thermal impedance@30mils BLT 0.730 ASTM D5470 °C-in²/ W

Hardness 80 ASTM D2240 Shore OO

Working temp (long term) -60 ~ 200 - °C

Operating ambient temp 20 ~ 30 - °C

CURE SCHEDULE

Pot life @ 25°C

Surface dry @ 25°C 20~25 By LiPOLY min

10~15 By LiPOLY min

Cure @ 25°C 25~30 By LiPOLY min

Cure @ 100°C 60 By LiPOLY sec

Cure @ 120°C 20 By LiPOLY sec

Surface resistivity >10¹⁰ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

Dielectric breakdown 8 ASTM D149 KV/mm

ELECTRICAL

TYPICAL PROPERTIES

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used

as the definition standards for LiPOLY. Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the

purchaser’s specific purpose. The purchaser needs to evaluate and verify the safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product

under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user. LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY

material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are sold in accordance with the LiPOLY Terms and Conditions in

effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates. Statements concerning possible

or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

PLEASE NOTE

It’s recommended that the diameter of mixing tube outlet should be 3mm at least, which can solve the

possible problem of poor fluidity caused by ambient temperature.

48

/ Thermal conductivity: 5.0 W/m*K

/ Fast curing in normal atmospheric temperature

/ Great reliability

/ Great sealing in low pressure

FEATURES

/ Cartridges: 50ml, 400ml

/ Other special and custom sizes are available upon request

CONFIGURATIONS

Use the disposable plastic static mixing nozzles to mix parts A and B together to the desired ratio.

Liquid gap fillers can be dispensed using an automatic dispensing machine or a manual dispensing

tool that can be provided by LiPOLY upon request/purchase. The disposable plastic static mixing

nozzles cannot be re-used.

DISPENSING INSTRUCTIONS

Two-part liquid gap fillers should be stored in climate-controlled environments at or below 25°C.

Keep liquid gap fillers away from direct sunlight and away from high-temperature environments.

STORAGE

The two-part liquid gap filler may not cure properly if it comes into contact with certain substances,

including amine, sulfur, organophosphorus compounds, and organotin compounds. Please avoid the

following substances when handling: (N, P, S, Sn, Pb, Hg, Sb, Bi, As) Ensure a clean mixing container

is used (e.g.: paper cup or plastic cup) before injecting the A and B parts into the mixing container.

The plasticizer, wax from the cups, varnish or the epoxy from the oven may contaminate the A and B

parts. You are reminded to pre-test the gap filler before using it.

PRECAUTIONS

/ Between CPU and heat sink

/ Between a component and heat sink

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ Electric vehicle& Automotive battery

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

It can be preserved for 24 months under the condition of unopened and under room temperature 25℃.

PRESERVATION

LiPOLY PK605DM is a two-part liquid gap filler, fast cured at room temperature or elevated temperature. With a thermal conductivity of 5.0 W/m*K, PK605DM provides high thermal conductivity and

low thermal impedance. It is ideally suited for dispensing using the dispensing robot or by syringe.

Two-Part Thermal Conductive Gap Filler

PK605DM

49

PROPERTY PK605DM TEST METHOD UNIT

Color

Red (A part)

White (B part) Visual -

Solid content 100%

(Two-part : 100:100) - -

Viscosity A 110 ISO 3219 Pa.s

Viscosity B 80 ISO 3219 Pa.s

Density 3.3 ASTM D792 g/cm³

Shelf life 24 months - -

ROHS & REACH Compliant - -

SOLID(AFTER CURE)

Thermal conductivity 5.0 ASTM D5470 W/m*K

Thermal impedance@10mils BLT 0.092 ASTM D5470 °C-in²/ W

Thermal impedance@20mils BLT 0.171 ASTM D5470 °C-in²/ W

Thermal impedance@30mils BLT 0.254 ASTM D5470 °C-in²/ W

Hardness 85 ASTM D2240 Shore OO

Working temp (long term) -60 ~ 200 - °C

Operating ambient temp 20 ~ 30 - °C

CURE SCHEDULE

Pot life @ 25°C

Surface dry @ 25°C 20~25 By LiPOLY min

10~15 By LiPOLY min

Cure @ 25°C 25~30 By LiPOLY min

Cure @ 100°C 40 By LiPOLY sec

Cure @ 120°C 10 By LiPOLY sec

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

Dielectric breakdown 8 ASTM D149 KV/mm

ELECTRICAL

TYPICAL PROPERTIES

PLEASE NOTE

Note: All specifications provided by LiPOLY are subject to change without notice. The test methods used by LiPOLY are based on the TIM Tester method and ASTM D5470 test method. These test methods are used

as the definition standards for LiPOLY. Property values provided in this document are not for product specifications or guaranteed. This document does not guarantee the performance and quality required for the

purchaser’s specific purpose. The purchaser needs to evaluate and verify the safety before using the material. We strongly recommend the purchaser pre-test the product and verify the performance of the product

under the purchaser’s specific conditions. Liability and use of the product are the responsibility of the end user. LiPOLY makes no warranty as to the suitability, merchantability, or non-infringement of any LiPOLY

material or product for any specific or general uses. LiPOLY shall not be liable for incidental orconsequential damages of any kind. All LiPOLY products are sold in accordance with the LiPOLY Terms and Conditions in

effect at the time of purchase and a copy of which will be furnished upon request. All rights reserved, including LiPOLY trademarks or registered trademarks of LiPOLY or its affiliates. Statements concerning possible

or suggested uses made herein shall not be relied upon or be constructed as a guaranty of patent infringement. Copyright 2023 LiPOLY.

It’s recommended that the diameter of mixing tube outlet should be 3mm at least, which can solve the

possible problem of poor fluidity caused by ambient temperature.

50