/ Thermal conductivity: 7.0 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

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

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

PRESERVATION

LiPOLY PK700DM is a two-part liquid gap filler, fast cured at room temperature or elevated temperature. With a thermal conductivity of 7.0 W/m*K, PK700DM 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

PK700DM

51

PROPERTY PK700DM TEST METHOD UNIT

Color

Gray (A part)

White (B part) Visual -

Solid content 100%

(Two-part : 100:100) - -

Viscosity A 315 ISO 3219 Pa.s

Viscosity B 285 ISO 3219 Pa.s

Density 2.8 ASTM D792 g/cm³

Shelf life 24 months - -

ROHS & REACH Compliant - -

SOLID(AFTER CURE)

Thermal conductivity 7.0 ASTM D5470 W/m*K

Thermal impedance@10mils BLT 0.058 ASTM D5470 °C-in²/ W

Thermal impedance@20mils BLT 0.115 ASTM D5470 °C-in²/ W

Thermal impedance@30mils BLT 0.170 ASTM D5470 °C-in²/ W

Hardness 60

>10¹¹

ASTM D2240 Shore OO

Surface resistivity ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

Dielectric breakdown 8 ASTM D149 KV/mm

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

Operating ambient temp 20 ~ 30 - °C

CURE SCHEDULE

ELECTRICAL

Pot life @ 25°C

Surface dry @ 25°C 30~40 By LiPOLY min

20~30 By LiPOLY min

Cure @ 25°C 40~50 By LiPOLY min

Cure @ 100°C 40 By LiPOLY sec

Cure @ 120°C 10 By LiPOLY sec

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.

TYPICAL PROPERTIES

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.

52

PROPERTY TEST METHOD UNIT

Color Visual -

Resin base - -

A:B -

ISO 3219 Pa.s

-

Viscosity

Density ASTM D792 g/cm³

Application temperature - °C

Curing condition 1 By LiPOLY -

Curing condition 2

By LiPOLY

By LiPOLY

-

-

Curing condition 3

Hardness ASTM D2240 Shore A

Shelf life - -

ROHS & REACH - -

ELECTRICAL

Dielectric breakdown

Volume resistivity

ASTM D149

ASTM D257

KV/mm

Ohm-m

THERMAL

Thermal conductivity ASTM D5470

TPS586

White (A part)

Gray (B part)

Silicone

100:100

5.0

2.1

-60~180

25°C / 2.5 hr

120°C / 1 min

70°C / 25 min

6

24 months

Compliant

14

>10¹²

1.5

TPS5868

White (A part)

Gray (B part)

Silicone

100:100

8.0

2.8

-60~180

Pot life 25°C / 1.5 hr 25°C / 1.0 hr By LiPOLY -

Surface dry 25°C / 2.0 hr 25°C / 1.5 hr By LiPOLY -

25°C / 2.0 hr

120°C / 1 min

70°C / 20 min

5

24 months

Compliant

14

>10¹²

3.0 W/m*K

/ Thermal conductivity: 1.5/3.0 W/m*K

/ Two-parts package and easy to use

/ Waterproof and air-tight

/ Thermally conductive vibration dampening

FEATURES

/ Automotive electronics / Telecommunications

/ Computer and peripherals / 5G base station & infrastructure

/ Between any heat-generating component and a heat sink

/ EV electric vehicle

TYPICAL APPLICATION

/ It can be preserved for 24 months under the condition of unopened and under room temperature 25°C

/ TPS586/TPS5868 If the interface has organic compounds such as Nitrogen, Phosphorous, Sulfur etc., and

heavy metals ionic compound such as Tin, Lead, Mercury, Antimony, Bismuth, Arsenic etc., and

Organometallic-salts etc., which will cause the gel incomplete curving even will be non-curved.

PRESERVATION

TYPICAL PROPERTIES

PRECAUTIONS

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 TPS586/5868 is a two-part sealing gap filler, provides low viscosity and high fluidity. The high

deformation material, which can filling the gap closely, cover the tolerance, and has outstanding conductivity, makes is suitable for filling the peculiar gap.

Two-Part Thermal Conductive Sealing Glue

TPS586/TPS5868

53

PROPERTY TEST METHOD UNIT

Color Visual -

Resin base - -

A:B -

ISO 3219 Pa.s

-

Viscosity

Density ASTM D792 g/cm³

Application temperature - °C

Curing condition By LiPOLY -

Hardness ASTM D2240 Shore A

Shelf life - -

ROHS & REACH - -

ELECTRICAL

Dielectric breakdown

Volume resistivity

ASTM D149

ASTM D257

KV/mm

Ohm-m

THERMAL

Thermal conductivity ASTM D5470

TPS589

White

Silicone

100:3

5.0

1.8

-60~180

25°C / 7day

50

24 months

Compliant

14

>10¹¹

0.8 W/m*K

/ Thermal conductivity: 0.8 W/m*K

/ Two-parts package and easy to use

/ Waterproof and air-tight

/ Thermally conductive vibration dampening

FEATURES

/ Automotive electronics

/ Telecommunications

/ Computer and peripherals

/ Between any heat-generating component and a heat sink

/ 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°C.

/ TPS589 The principle of moisture hardening is to harden by reacting with moisture in the air at room

temperature. The hardening process starts from the surface in contact with the air and hardens in the deep

direction, so the hardening process is a little slow. The speed of hardening is related to temperature and

humidity. When there is not enough water vapor in the use environment to react, it may not be completely

hardened.

PRESERVATION

TYPICAL PROPERTIES

PRECAUTIONS

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 TPS589 is a two-part sealing gap filler, provides low viscosity and high fluidity. The high deformation material, which can be filling the gap closely, cover the tolerance, and has outstanding conductivity, makes is suitable for filling the peculiar gap.

Two-Part Thermal Conductive Sealing Glue

TPS589

54

PROPERTY UNIT

Color

Resin Base -

A:B

Pa.s

-

Viscosity

Density g/cm³

Application temperature °C

Working Time

Curing Condition 2 -

-

Curing Condition 3 -

Hardness Shore A

Shelf Life -

ROHS & REACH

ELECTRICAL

Dielectric breakdown

Volume resistivity

KV/mm

Ohm-m

THERMAL

Thermal conductivity

Silicone

100:10

1.9

1.35

-60~180

25°C/30 min

25°C/48 hrs

-

55

24 months

Compliant

10

>10¹³

0.55

TPS31

Translucent (B part) - White (A part)

Silicone

100:100

3.2

1.72

-60~180

25°C/1 hrs

80°C/1 hrs

25°C/24 hrs

65

24 months

Compliant

9

>10¹³

1.5

TPS32

Black(B part)

White(A part)

-

-

ISO 3219

ASTM D792

-

By LiPOLY

By LiPOLY

By LiPOLY

ASTM D2240

-

- -

ASTM D149

ASTM D257

ASTM D5470

TEST METHOD

Visual

W/m*K

/ Lightweight, Low Density, Thermal Conductivity 0.55 & 1.5 W/m*K

/ Medium-to-high hardness silicone material with excellent insulation

and weather resistance

/ Suitable for automatic dispensing machine

/ TPS31 Moisture absorb hardening reaction at room temperature.

/ TPS32 Hardened at room temperature, also can be heated to

accelerate the hardening reaction.

FEATURES

/ Heat Dissipation & lightweight applications, such as Automotive electronic devices, Mobile communication

device, Drone & aircraft, Sports and leisure electronic products, Portable game consoles, VR devices and etc.

/ 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°C.

PRESERVATION

TYPICAL PROPERTIES

/ TPS32 If the interface has organic compounds such as Nitrogen, Phosphorous, Sulfur etc., and heavy

metals ionic compound such as Tin, Lead, Mercury, Antimony, Bismuth, Arsenic etc., and

Organometallic-salts etc., which will cause the gel incomplete curving even will be non-curved.

PRECAUTIONS

Lightweight Two-Part Thermal Conductive Sealing Glue

TPS31&TPS32

LiPOLY’s TPS31/TPS32 is a low-density, two-part compound silicone base thermal conductive sealing

material. It’s low viscosity and excellent fluidity can tightly fill the gaps of electrical components and

cover the tolerances between components. It has excellent thermal conductivity, low density and

insulation 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.

55

Heatsink

Heat Spreader

TIM-2

Underfill

Substrate

Chip

TIM12

/ Excellent thermal conductivity 2.0 W/m*K

/ No freeze preservation required.

/ Dispensable for serial manufacture

/ Adhesive for IC packaging design

FEATURES

/ Designed to provide efficient thermal transfer

for the cooling of chip packaging as TIM-1.

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges: 50ml

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’s TIM12 is a two-part compound silicone base thermal conductive adhesive gel. which is

mainly designed to provide efficient thermal transfer for the cooling of chip packaging. The high

deformation properties perfectly fill small air gaps to eliminate tolerances. It’s ideally suited for

manual dispensing applicator and dispensing robot. Friendly design escape from high cost of

cold-chain transportation and freeze preservation.)

Thermal Conductive Die Attach Adhesive

TIM12

56

PROPERTY TIM12 TEST METHOD UNIT

Color Gray (A part)

White (B part) Visual -

Resin base Silicone - -

Form Grease Visual -

Viscosity A 190 ISO 3219 Pa.s

Viscosity B 150 ISO 3219 Pa.s

Density 2.7 ASTM D792 g/cm³

Application temperature -50~180 - °C

Working time

Cure conditions

24 @ RT By LiPOLY hrs

Volatile content

125°C / 90 mins By LiPOLY -

BLT

< 0.4 150°C x 24h %

27 - µm

Elongation 170 ASTM D412 %

Adhesive strength 0.64 - -

ELECTRICAL

THERMAL

Thermal conductivity 2.0 ASTM D5470 W/m*K

Surface resistivity >10¹³ ASTM D257 Ohm

Volume resistivity >10¹³ ASTM D257 Ohm-m

Dielectric breakdown 25 ASTM D149 KV/mm

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.

57

Heatsink

Heat Spreader

TIM-2

Underfill

Substrate

Chip

TIM14

/ Excellent thermal conductivity 4.0 W/m*K

/ No freeze preservation required

/ Dispensable for serial manufacture

/ Adhesive for IC packaging design

FEATURES

/ Designed to provide efficient thermal transfer

for the cooling of chip packaging as TIM-1.

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges: 50ml

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’s TIM14 is a two-part compound silicone base thermal conductive adhesive gel. which is

mainly designed to provide efficient thermal transfer for the cooling of chip packaging. The high

deformation properties perfectly fill small air gaps to eliminate tolerances. It’s ideally suited for

manual dispensing applicator and dispensing robot. Friendly design escape from high cost of

cold-chain transportation and freeze preservation.)

Thermal Conductive Die Attach Adhesive

TIM14

58

PROPERTY TIM14 TEST METHOD UNIT

Color Gray (A part)

White (B part) Visual -

Resin base Silicone - -

Form Grease Visual -

Viscosity A 380 ISO 3219 Pa.s

Viscosity B 380 ISO 3219 Pa.s

Density 3.0 ASTM D792 g/cm³

Application temperature -50~180 - °C

Working time

Cure conditions

24 @ RT By LiPOLY hrs

Volatile content

125°C / 90 mins By LiPOLY -

BLT

< 0.4 150°C x 24h %

27 - µm

Elongation 110 ASTM D412 %

Adhesive strength 3.5 - kgf/cm²

ELECTRICAL

THERMAL

Thermal conductivity 4.0 ASTM D5470 W/m*K

Surface resistivity >10¹³ ASTM D257 Ohm

Volume resistivity >10¹³ ASTM D257 Ohm-m

Dielectric breakdown 25 ASTM D149 KV/mm

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.

59

/ Thermal conductivity:2.0 W/m*K

/ Cured and Re-workable thermal Grease.

/ Without Pump-out and Dry out concern.

/ Great reliability

/ Low thermal resistance and thinner Bond Line

Thickness.

FEATURES

/ Between CPU and heat sink

/ Between a component and heat sink

/ Power supplies

/ High speed mass storage drives

/ Telecommunication hardware

/ Mobile devices

/ 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

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

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

PRESERVATION

LiPOLY D2000 is a two-part curable thermal grease. It can be cured quickly at room temperature and

high temperature without pump-out effect. It is a highly reliable material. With a thermal conductivity

of 2.0 W/m*K, has low thermal resistance. It is ideally suited for dispensing using the dispensing

robot or by syringe.

Two-Part Curable Thermal Grease

D2000

60

PROPERTY D2000 TEST METHOD UNIT

Color White (A part)

Gray (B part) Visual -

Solid content 100%

(Two-part : 100:100 ) - -

Viscosity A 95 ISO 3219 Pa.s

Viscosity B 95 ISO 3219 Pa.s

Density 2.8 ASTM D792 g/cm³

Shelf life 24 months - -

ROHS & REACH Compliant - -

SOLID(AFTER CURE)

Thermal conductivity 2.0 ASTM D5470 W/m*K

Thermal impedance@2mils BLT 0.042 ASTM D5470 °C-in²/ W

Bond line thickness 50 - μm

Hardness 75 ASTM D2240 Shore OO

Heat capacity 1.0

>10¹²

ASTM E1269 J/g*K

Volume resistivity ASTM D257 Ohm-m

Dielectric breakdown 14 ASTM D149 KV/mm

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

Working temp (short term) 288 - °C

Operating ambient temp 20 ~ 30 - °C

CURE SCHEDULE

Pot life @ 25°C

Surface dry @ 25°C 25~30 By LiPOLY min

10~15 By LiPOLY min

Cure @ 25°C 35~40 By LiPOLY min

Cure @ 100°C 80 By LiPOLY sec

Cure @ 120°C 30 By LiPOLY sec

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.

TYPICAL PROPERTIES

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.

61

PROPERTY TT3000 TEST METHOD UNIT

Color White Visual -

Resin base Silicone - -

- μm

Filler Non-Metal -

Viscosity 300 ISO 3219 Pa.s

-

Density 3.3 ASTM D792 g/cm³

Application temperature -60~180

Bond line thickness 10

- °C

Shelf life 60 months - -

ROHS & REACH Compliant - -

ELECTRICAL

Dielectric breakdown 8 ASTM D149 KV/mm

Volume resistivity >10¹² ASTM D257 Ohm-m

THERMAL

Thermal conductivity

Thermal impedance@50psi 0.007 ASTM D5470 °C-in²/ W

6.0 ASTM D5470 W/m*K

Thermal impedance@50psi 5.0 ASTM D5470 °C-mm²/ W

/ Thermal conductivity:6.0 W/m*K

/ Excellent thermal conductivity

/ Stable and homogeneous compound

to ensure thermal performance

/ Formula can fill the gap at low

pressure

/ High stability and reliability

/ Solvent-free formula

/ The product is qualified for ROHS

and REACH

FEATURES

/ CPU and chip coolers

/ Switching power supplies

/ Between any heat-generating

component and heat Sink

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges: 50ml

/ Tinplate Can: 1kg

/ Other special and custom sizes are available

upon request

CONFIGURATIONS

It can be preserved for 60 months under

the condition of unopened and under room

temperature 25℃.

PRESERVATION

LiPOLY TT3000 is a Nano type thermal interface material based on a unique formula. TT3000’s

formulation is solvent-free. We used a unique silicone oil which interacts with thermally conductive

fillers, making the compounds extremely stable, preventing pump-out problems and other common

failure mechanisms. TT3000 has high thermal conductivity, low thermal resistance, improving the

components performance as well as the product lifecycle.

Nano Thermal Grease

TT3000

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.

62

PROPERTY TEST METHOD UNIT

Color Visual -

Resin base - -

Filler -

ISO 3219 Pa.s

-

Viscosity

Density ASTM D792 g/cm³

Application temperature - °C

Bond line thickness - µm

Shelf life

-

-

-

-

ROHS & REACH

ELECTRICAL

Dielectric breakdown ASTM D149 KV/mm

Volume resistivity ASTM D257 Ohm-m

THERMAL

Thermal conductivity

Thermal impedance@50psi

ASTM D5470

ASTM D5470

W/m*K

°C-in²/ W

Thermal impedance@50psi

G3380A

White

Silicone

Non-Metal

16.5

2.2

-60~180

55

Compliant

60 months

14

>10¹¹

1.3

0.05

32.2 ASTM D5470 °C-mm²/ W

G3380B

Gray

Silicone

Non-Metal

130

2.7

-60~180

33

Compliant

60 months

11

>10¹¹

3.2

0.03

22.5

G3380C

Gray

Silicone

Metal

126

2.0

-60~180

30

Compliant

60 months

N/A

N/A

4.5

0.02

12.9

G3380D

Gray

Silicone

Metal

136

2.0

-60~180

30

Compliant

60 months

N/A

N/A

6.0

0.01

6.0

/ Thermal conductivity: 1.3 / 3.2 / 4.5 /6.0 W/m*K

/ Low thermal impedance

/ Can be applied manually dispensed or screen printed

/ Low minimum bond line

FEATURES

/ LED appliance

/ EV electric vehicle

/ CPU and chip coolers

/ Switching power supplies

/ 5G base station & infrastructure

/ Between any heat-generating component and heat sink

TYPICAL APPLICATION

/ Cartridges: 50ml

/ Tinplate Can: 1kg

/ Other special and custom sizes are available upon request

CONFIGURATIONS

It can be preserved for 60 months under the condition

of unopened and under room temperature 25℃.

PRESERVATION

LiPOLY G3380 thermal interface grease has low thermal resistance and great thermal conductivity.

G3380 has been used extensively in Consumer electronics and Microprocessors for their thermal control

techniques. The grease can cover several coats on the component interface. When the component’s

temperature rises, the grease stickiness will decrease, which can moisten the interface components.

Thermal Grease Series

G3380A/B/C/D

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.

63

N-putty

Color Gray Visual -

Resin base Non-Silicone - -

- -

Viscosity 15000 DIN 53018

Density 3.0 ASTM D792 g/cm³

Pa.s

Application temperature -60~150 - °C

Bond line thickness 100~1000

Shelf life 60 months

ROHS & REACH Compliant - -

- μm

ELECTRICAL

Dielectric breakdown 12 ASTM D149 KV/mm

Volume resistivity >10¹³ ASTM D257 Ohm-m

THERMAL

Thermal conductivity 3.5 ASTM D5470 W/m*K

Thermal impedance@10psi 0.066 ASTM D5470 °C-in²/ W

Thermal impedance@30psi 0.059 ASTM D5470 °C-in²/ W

Thermal impedance@50psi 0.051 ASTM D5470 °C-in²/ W

PROPERTY TEST METHOD UNIT

Using 1.0mm 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:100-1000µm

/ Non-silicone resin materials

/ 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 TYPICAL PROPERTIES

TYPICAL APPLICATION

/ 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

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 N-putty series is a non-silicon thermally conductive material without volatilization of low

molecular siloxane, and low total volatile gas. With a thermal conductivity of 3.5 W/m*K, the high

deformation can perfectly fill small air gaps to eliminate tolerances. It also can overcome overflow

and drying problems to increase the thermal conductivity. N-putty is a great alternative to thermal

grease and ideally suited for dispensing using the dispensing robot.

Non-Silicone Thermal Conductive Putty

N-putty

/ 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

64

N-putty2

Gray Visual -

Non-Silicone - -

- -

15000 DIN 53018

3.2 ASTM D792 g/cm³

Pa.s

-60~150 - °C

100~1000

60 months

Compliant - -

- μm

12 ASTM D149 KV/mm

>10¹³ ASTM D257 Ohm-m

5.0 ASTM D5470 W/m*K

0.045 ASTM D5470 °C-in²/ W

0.040 ASTM D5470 °C-in²/ W

0.036 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 1.0mm 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:5.0 W/m*K

/ Bond line thickness:100-1000µm

/ Non-silicone resin materials

/ 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 TYPICAL PROPERTIES

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

/ 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

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 N-putty2 series is a non-silicon thermally conductive material without volatilization of low

molecular siloxane, and low total volatile gas. With a thermal conductivity of 5.0 W/m*K, the high

deformation can perfectly fill small air gaps to eliminate tolerances. It also can overcome overflow

and drying problems to increase the thermal conductivity. N-putty2 is a great alternative to thermal

grease and ideally suited for dispensing using the dispensing robot.

Non-Silicone Thermal Conductive Putty

N-putty2

65

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.

EPDM20 TEST METHOD UNIT

Color Black Gray (A part)

Black (B part) Visual -

Epoxy - -

- °C

A:B 100:100 -

Viscosity A 265 ISO 3219 Pa.s

-

Viscosity B 252 ISO 3219 Pa.s

Density 2.7

Application temperature -40~120

ASTM D792 g/cm³

Thixotropic Index 4.1 ISO 3219 -

Surface dry 25°C/55 min By LiPOLY -

Curing condition 25°C/4 hrs By LiPOLY -

Hardness

Elongation at break <1 ISO527 %

90 ASTM D2240 Shore A

350 ASTM D1002 N/cm²

Tensile strength 65 ISO527 N/cm²

Lap shear to aluminum

Shelf life 24 months - -

ROHS & REACH Compliant - -

ELECTRICAL

Dielectric breakdown 14 ASTM D149 KV/mm

Volume resistivity >10¹¹ ASTM D257 Ohm-m

THERMAL

2.2 ISO 22007-2 W/m*K

PROPERTY

Thermal conductivity

Resin base

/ Thermal conductivity: 2.2 W/m*K

/ Can be applied with dispenser

/ Room Temperature curing or heating

curing

/ Low compression stress during

assembly

/ Excellent adhesion to metal & PCB

/ Electronic components: IC、CPU

MOS、Mother Board、Wireless Hub

Telecom Device 、Automotive

electronics、Computer 、 Peripherals

and High frequency magnetic inductor

/ Between any heat-generating

component and a heat sink.

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges:50ml, 400ml

/ Other special and custom sizes are

available upon request

CONFIGURATIONS

It can be preserved for 24 months

under the condition of unopened and

under room temperature 25℃.

/ It is recommended to preheat

the material to 40°C for 20 minutes or

50°C for 10 minutes if ambient

temperature is less than 25°C for

better extrusion and mixing.

/ 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.

PRESERVATION

PLEASE NOTE

FEATURES TYPICAL PROPERTIES

LiPOLY EPDM20 is a silicone-free two-part liquid caulking agent that does not volatilize low-molecular-weight siloxane. With high viscosity and good adhesion, it can cure quickly at room temperature

or elevated temperature. With a thermal conductivity of 2.2 W/m*K, EPDM20 provides high thermal

conductivity and low thermal impedance. It is ideally suited for dispensing using the dispensing

robot or by syringe.

Non-Silicone Two-Part Thermal Conductive Adhesive

EPDM20

66

PROPERTY EPDM30 TEST METHOD UNIT

Color Visual -

Resin base Epoxy - -

- °C

A:B 100:100 -

Viscosity A 270 ISO 3219 Pa.s

-

Viscosity B 240 ISO 3219 Pa.s

Density 2.8

Application temperature -40~120

ASTM D792 g/cm³

Surface dry 25°C/50 min By LiPOLY -

Curing condition 25°C/4 hrs By LiPOLY -

Hardness

Elongation at break <1 ISO527 %

90 ASTM D2240 Shore A

300 ASTM D1002 N/cm²

Tensile strength 60 ISO527 N/cm²

Lap shear to aluminum

Shelf life 24 months - -

ROHS & REACH Compliant - -

ELECTRICAL

Dielectric breakdown 14 ASTM D149 KV/mm

Volume resistivity >10¹¹ ASTM D257 Ohm-m

THERMAL

Thermal conductivity 3.0 ISO 22007-2 W/m*K

Thixotropic Index 4.3 ISO 3219 -

Black Gray (A part)

Black (B part)

/ Thermal conductivity: 3.0 W/m*K

/ Can be applied with dispenser

/ Room Temperature curing or heating

curing

/ Low compression stress during

assembly

/ Excellent adhesion to metal & PCB

FEATURES TYPICAL PROPERTIES

/ Electronic components: IC、CPU

MOS、Mother Board、Wireless Hub

Telecom Device 、Automotive

electronics、Computer 、 Peripherals

and High frequency magnetic inductor

/ Between any heat-generating

component and a heat sink.

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges:50ml, 400ml

/ Other special and custom sizes are

available upon request

CONFIGURATIONS

It can be preserved for 24 months

under the condition of unopened and

under room temperature 25℃.

/ It is recommended to preheat

the material to 40°C for 20 minutes or

50°C for 10 minutes if ambient

temperature is less than 25°C for

better extrusion and mixing.

/ 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.

PRESERVATION

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.

LiPOLY EPDM30 is a silicone-free two-part liquid caulking agent that does not volatilize low-molecular-weight siloxane. With high viscosity and good adhesion, it can cure quickly at room temperature

or elevated temperature. With a thermal conductivity of 3.0 W/m*K, EPDM30 provides high thermal

conductivity and low thermal impedance. It is ideally suited for dispensing using the dispensing

robot or by syringe.

Non-Silicone Two-Part Thermal Conductive Adhesive

EPDM30

67

PROPERTY EP770 TEST METHOD UNIT

Color Black Visual -

Resin base Epoxy - -

ASTM D792 g/cm³

A:B 100:10 -

Viscosity A 350 ISO 3219 Pa.s

-

Viscosity mixed 5 ISO 3219 Pa.s

Shrinkage rate 0.01

Density 1.8

ASTM D2566 %

Application temperature -60~150 - °C

Curing condition 1 80°C/1.5 hrs By LiPOLY -

Curing condition 2 25°C/35 hrs By LiPOLY -

Hardness 80 ASTM D2240 Shore A

Tensile strength 73 ISO527 N/cm²

Lap shear to aluminum 412 ASTM D1002 N/cm²

Shelf life 24 months - -

ROHS & REACH Compliant - -

ELECTRICAL

Dielectric breakdown 14 ASTM D149 KV/mm

Volume resistivity >10¹¹ ASTM D257 Ohm-m

THERMAL

Thermal conductivity 2.5 ASTM D5470 W/m*K

/ Thermal conductivity: 2.5 W/m*K

/ Thermally conductive vibration

dampening

/ Low mixing viscosity

/ Extremely low Shrinkage rate 0.01%.

/ Epoxy Based material with high

hardness for support

/ Slow sedimentation rate due to

Resin & powder mixing perfectly via

superb processing technology.

It leads EP770 material easy to

mix and disperse

FEATURES

/Motor: Torque motor、Linear Motor

Servo motor

/IGBT module

/Electronic components: IC、CPU

MOS、Mother Board

/Wireless Hub

/Automotive electronics

/Between any heat-generating

component and a heat sink

/5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Tinplate Can:1 kg

/ Other special and custom sizes are

available upon request

CONFIGURATIONS

It can be preserved for 24 months

under the condition of unopened and

under room temperature 25℃.

PRESERVATION

TYPICAL PROPERTIES

It is recommended to preheat the

material to 40°C for 20 minutes or 50°C

for 10 minutes if ambient temperature

is less than 25°C for better extrusion

and mixing.

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.

LiPOLY EP770 is a silicone-free two-part sealing gap filler and caulking agent without low molecular

siloxane volatilization. EP770 provides low viscosity and high fluidity. The high deformation material,

which can be filling the gap closely, cover the tolerance, and has outstanding conductivity, makes is

suitable for filling the peculiar gap.

Non-Silicone Two-Part Thermal Conductive Sealing Glue

EP770

68

PROPERTY TEST METHOD UNIT

Color Visual -

Resin base - -

Filler -

ISO 3219 Pa.s

-

Viscosity

Density ASTM D792 g/cm³

Application temperature - °C

Bond line thickness - µm

Shelf life

-

-

-

-

ROHS & REACH

ELECTRICAL

Dielectric breakdown ASTM D149 KV/mm

Volume resistivity ASTM D257 Ohm-m

THERMAL

Thermal conductivity

Thermal impedance@50psi

ASTM D5470

ASTM D5470

W/m*K

°C-in²/ W

Thermal impedance@50psi

G3380NA

White

Non-Silicone

Non-Metal

96

2.2

-60~150

55

Compliant

60 months

14

>10¹¹

1.3

0.05

32.2 ASTM D5470 °C-mm²/ W

G3380NB

Gray

Non-Silicone

Metal

43

1.9

-60~150

33

Compliant

60 months

N/A

N/A

3.2

0.03

22.5

G3380NC

Gray

Non-Silicone

Metal

93

2.1

-60~150

30

Compliant

60 months

N/A

N/A

4.5

0.02

12.9

/ Thermal conductivity: 1.3 / 3.2 / 4.5 W/m*K

/ No outgassing

/ Low thermal impedance

FEATURES

TYPICAL PROPERTIES

/ CPU and chip coolers

/ Switching power supplies

/ LED appliance

/ Between any heat-generating component and

heat sink

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Cartridges: 50ml

/ Tinplate Can:1kg

/ Other special and custom sizes are available upon request

CONFIGURATIONS

It can be preserved for 60 months under the condition of unopened and under room temperature 25℃.

PRESERVATION

LiPOLY G3380N is made of non-silicon resin material, no low-molecular siloxane volatilization, and will not

pollute the optical surface. Low thermal resistance and great thermal conductivity. G3380N has been used

extensively in Consumer electronics and Microprocessors for their thermal control techniques. The grease

can cover several coats on the component interface. When the component’s temperature rises, the grease

stickiness will decrease, which can moisten the interface components.

Non-Silicone Thermal Grease Series

G3380NA/NB/NC

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.

69

PROPERTY UNIT

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

Deflection @40 psi

Deflection @50 psi

EMI Attenuation @1.0mm

ELECTRICAL

Volume resistivity

Surface resistivity

THERMAL

Thermal Conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Thermal impedance@40 psi

Thermal impedance@50 psi

EMI attenuation@ 2.4 GHz

EMI attenuation@ 3.5 GHz

EMI attenuation@ 5.0 GHz

EMI attenuation@ 12 GHz

EMI attenuation@ 18 GHz

EMI attenuation@ 28 GHz

EMI attenuation@ 39 GHz

TEM96A

Dark Gray

2

Customized

4.4

40

-60~180

Compliant

21

28

34

39

43

>10¹¹

>10¹⁰

2.0

0.762

0.692

0.614

0.562

0.530

16.6

24.0

43.5

93.8

116

131

106

TEST METHOD

Visual

-

ASTM D374

ASTM D792

ASTM D2240

-

-

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D257

ASTM D257

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

-

-

mm

g/cm³

Shore OO

Water absorption 0.04 ASTM D570 %

°C

-

%

%

%

%

%

TML 0.14 By LiPOLY %

Ohm-m

Ohm

W/m*K

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

dB/cm

dB/cm

dB/cm

dB/cm

dB/cm

dB/cm

dB/cm

2.4 GHz Wi-Fi Router , Bluetooth

3.5 GHz 5G Mobile Networks

5.0 GHz Wi-Fi Router

12~18 GHz Low Earth Orbit (LEO) System

28 GHz 5G Mobile Networks

39 GHz 5G Mobile Networks

Thermal Conductive RF Absorber Pad

TEM96A

/ Thermal conductivity: 2.0 W/m*K

/ Excellent absorption characteristics

/ Naturally tacky

/ Reworkable

FEATURES

/ IC, CPU, MOS, LED, M/B, Heat sink

/ LCD-TV, Notebook PC, PC,

Telecom device, Wireless hub

/ DDR II module, DVD applications,

Hand-set applications

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

FREQUENCY APPLICATION

LiPOLY TEM96A is a thermally TYPICAL PROPERTIES

conductive absorber based upon

soft magnetic materials dispersed

in a polymeric resin. It has a thermal

conductivity of 2.0 W/m*K and

dissipates electromagnetic radiation rapidly to mitigate against EMI

issues.

Attenuation 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.

70

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 UNIT

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

Deflection @40 psi

Deflection @50 psi

EMI Attenuation @1.0mm

ELECTRICAL

Volume resistivity

Surface resistivity

THERMAL

Thermal conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Thermal impedance@40 psi

Thermal impedance@50 psi

EMI attenuation@ 2.4 GHz

EMI attenuation@ 3.5 GHz

EMI attenuation@ 5.0 GHz

EMI attenuation@ 12 GHz

EMI attenuation@ 18 GHz

EMI attenuation@ 28 GHz

EMI attenuation@ 39 GHz

TEM96B

Dark Gray

2

Customized

3.9

45

-60~180

Compliant

7

12

16

21

25

>10¹¹

>10¹⁰

3.0

0.634

0.606

0.579

0.551

0.516

7.0

8.6

20.3

52.5

70.8

75.0

64.4

TEST METHOD

Visual

-

ASTM D374

ASTM D792

ASTM D2240

-

-

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D257

ASTM D257

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

-

-

mm

g/cm³

Shore OO

TML 0.07 By LiPOLY %

Water absorption 0.04 ASTM D570 %

°C

-

%

%

%

%

%

Ohm-m

Ohm

W/m*K

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

dB/cm

dB/cm

dB/cm

dB/cm

dB/cm

dB/cm

dB/cm

2.4 GHz Wi-Fi Router , Bluetooth

3.5 GHz 5G Mobile Networks

5.0 GHz Wi-Fi Router

12~18 GHz Low Earth Orbit (LEO) System

28 GHz 5G Mobile Networks

39 GHz 5G Mobile Networks

Thermal Conductive RF Absorber Pad

TEM96B

/ Thermal conductivity: 3.0 W/m*K

/ Excellent absorption characteristics

/ Naturally tacky

/ Reworkable

FEATURES

/ IC, CPU, MOS, LED, M/B, Heat sink

/ LCD-TV, Notebook PC, PC,

Telecom device, Wireless hub

/ DDR II module, DVD applications,

Hand-set applications

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

TYPICAL PROPERTIES

FREQUENCY APPLICATION

LiPOLY TEM96B is a thermally

conductive absorber based upon

soft magnetic materials dispersed

in a polymeric resin. It has a thermal

conductivity of 3.0 W/m*K and

dissipates electromagnetic radiation rapidly to mitigate against EMI

issues.

Attenuation Thermal Resistance vs. Pressure vs. Deflection

71

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 UNIT

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

Deflection @40 psi

Deflection @50 psi

EMI Attenuation @1.0mm

ELECTRICAL

Volume resistivity

Surface resistivity

THERMAL

Thermal conductivity

Thermal impedance@10 psi

Thermal impedance@20 psi

Thermal impedance@30 psi

Thermal impedance@40 psi

Thermal impedance@50 psi

EMI attenuation@ 2.4 GHz

EMI attenuation@ 3.5 GHz

EMI attenuation@ 5.0 GHz

EMI attenuation@ 12 GHz

EMI attenuation@ 18 GHz

EMI attenuation@ 28 GHz

EMI attenuation@ 39 GHz

TEM96C

Dark Gray

2

Customized

3.6

55

-60~180

Compliant

11

15

21

25

30

>10¹¹

>10¹⁰

4.0

0.462

0.426

0.404

0.387

0.353

7.0

6.7

15.8

43.7

56.8

76.6

45.5

TEST METHOD

Visual

-

ASTM D374

ASTM D792

ASTM D2240

-

-

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D5470 modify

ASTM D257

ASTM D257

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

ASTM D4935 modify

-

-

mm

g/cm³

Shore OO

Water absorption 0.04 ASTM D570 %

°C

-

%

%

%

%

%

TML 0.04 By LiPOLY %

Ohm-m

Ohm

W/m*K

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

dB/cm

dB/cm

dB/cm

dB/cm

dB/cm

dB/cm

dB/cm

2.4 GHz Wi-Fi Router , Bluetooth

3.5 GHz 5G Mobile Networks

5.0 GHz Wi-Fi Router

12~18 GHz Low Earth Orbit (LEO) System

28 GHz 5G Mobile Networks

39 GHz 5G Mobile Networks

Thermal Conductive RF Absorber Pad

TEM96C

/ Thermal conductivity: 4.0 W/m*K

/ Excellent absorption characteristics

/ Naturally tacky

/ Reworkable

FEATURES

/ IC, CPU, MOS, LED, M/B, Heat sink

/ LCD-TV, Notebook PC, PC,

Telecom device, Wireless hub

/ DDR II module, DVD applications,

Hand-set applications

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

LiPOLY TEM96C is a thermally TYPICAL PROPERTIES

conductive absorber based upon

soft magnetic materials dispersed

in a polymeric resin. It has a thermal

conductivity of 4.0 W/m*K and

dissipates electromagnetic radiation rapidly to mitigate against EMI

issues.

FREQUENCY APPLICATION

Attenuation Thermal Resistance vs. Pressure vs. Deflection

72

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 N-TEM52 TEST METHOD UNIT

Color Dark Gray Visual -

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

- -

Thickness Customized ASTM D374

Density 4.4 ASTM D792 g/cm³

mm

Hardness 60 ASTM D2240 Shore OO

Application temperature -60~130

ROHS & REACH Compliant

- °C

EMI Attenuation @1.0mm

COMPRESSION@1.0mm

EMI attenuation@ 3.5 GHz 30 ASTM D4935 modify dB/cm

EMI attenuation@ 2.4 GHz 26 ASTM D4935 modify dB/cm

EMI attenuation@ 5.0 GHz 49 ASTM D4935 modify dB/cm

EMI attenuation@ 6.0 GHz 50 ASTM D4935 modify dB/cm

EMI attenuation@ 12 GHz 96 ASTM D4935 modify dB/cm

EMI attenuation@ 18 GHz 116 ASTM D4935 modify dB/cm

EMI attenuation@ 28 GHz 135 ASTM D4935 modify dB/cm

EMI attenuation@ 39 GHz 113 ASTM D4935 modify dB/cm

Deflection @10 psi 6 ASTM D5470 modify %

Deflection @20 psi 8 ASTM D5470 modify %

Deflection @30 psi 10 ASTM D5470 modify %

Deflection @40 psi 11 ASTM D5470 modify %

Deflection @50 psi 12 ASTM D5470 modify %

ELECTRICAL

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity >10¹⁰ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 2.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.823 ASTM D5470

Thermal impedance@20 psi 0.794 ASTM D5470

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.771 ASTM D5470 °C-in²/ W

Thermal impedance@40 psi 0.756 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.737 ASTM D5470 °C-in²/ W

TML <0.8 By LiPOLY %

/ Thermal conductivity: 2.0 W/m*K

/ Excellent absorption

characteristics

/ Naturally tacky

/ Reworkable

FEATURES

/ IC, CPU, MOS, LED, M/B, Heat sink

/ LCD-TV, Notebook PC, PC,

Telecom device, Wireless hub

/ DDR II module, DVD applications,

Hand-set applications

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Thermal Resistance vs. Pressure vs. Deflection

2.4 GHz Wi-Fi Router , Bluetooth

3.5 GHz 5G Mobile Networks

5.0 GHz Wi-Fi Router

6.0 GHz Wi-Fi Router

12~18 GHz Low Earth Orbit (LEO) System

28 GHz 5G Mobile Networks

39 GHz 5G Mobile Networks

FREQUENCY APPLICATION

Attenuation

LiPOLY N-TEM52 is a thermally TYPICAL PROPERTIES

conductive absorber based upon

soft magnetic materials

dispersed in a non-silicone resin.

It has a thermal conductivity of

2.0 W/m*K and dissipates electromagnetic radia- tion rapidly to

mitigate against EMI issues.

Non-Silicone Thermal Conductive RF Absorber Pad

N-TEM52

73

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 N-TEM53 TEST METHOD UNIT

Color Dark Gray Visual -

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

- -

Thickness Customized ASTM D374

Density 3.9 ASTM D792 g/cm³

mm

Hardness 75 ASTM D2240 Shore OO

Application temperature -60~130

ROHS & REACH Compliant

- °C

EMI Attenuation @1.0mm

COMPRESSION@1.0mm

EMI attenuation@ 3.5 GHz 14 ASTM D4935 modify dB/cm

EMI attenuation@ 2.4 GHz 12 ASTM D4935 modify dB/cm

EMI attenuation@ 5.0 GHz 29 ASTM D4935 modify dB/cm

EMI attenuation@ 6.0 GHz 25 ASTM D4935 modify dB/cm

EMI attenuation@ 12 GHz 60 ASTM D4935 modify dB/cm

EMI attenuation@ 18 GHz 71 ASTM D4935 modify dB/cm

EMI attenuation@ 28 GHz 112 ASTM D4935 modify dB/cm

EMI attenuation@ 39 GHz 68 ASTM D4935 modify dB/cm

Deflection @10 psi 8 ASTM D5470 modify %

Deflection @20 psi 11 ASTM D5470 modify %

Deflection @30 psi 15 ASTM D5470 modify %

Deflection @40 psi 21 ASTM D5470 modify %

Deflection @50 psi 28 ASTM D5470 modify %

ELECTRICAL

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 0.496 ASTM D5470

Thermal impedance@20 psi 0.473 ASTM D5470

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.452 ASTM D5470 °C-in²/ W

Thermal impedance@40 psi 0.423 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.385 ASTM D5470 °C-in²/ W

TML <0.8 By LiPOLY %

/ Thermal conductivity: 3.0 W/m*K

/ Excellent absorption

characteristics

/ Naturally tacky

/ Reworkable

FEATURES

/ IC, CPU, MOS, LED, M/B, Heat sink

/ LCD-TV, Notebook PC, PC,

Telecom device, Wireless hub

/ DDR II module, DVD applications,

Hand-set applications

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Thermal Resistance vs. Pressure vs. Deflection

2.4 GHz Wi-Fi Router , Bluetooth

3.5 GHz 5G Mobile Networks

5.0 GHz Wi-Fi Router

6.0 GHz Wi-Fi Router

12~18 GHz Low Earth Orbit (LEO) System

28 GHz 5G Mobile Networks

39 GHz 5G Mobile Networks

FREQUENCY APPLICATION

Attenuation

LiPOLY N-TEM53 is a thermally TYPICAL PROPERTIES

conductive absorber based upon

soft magnetic materials

dispersed in a non-silicone resin.

It has a thermal conductivity of

3.0 W/m*K and dissipates electromagnetic radia- tion rapidly to

mitigate against EMI issues.

Non-Silicone Thermal Conductive RF Absorber Pad

N-TEM53

74

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 N-TEM54 TEST METHOD UNIT

Color Dark Gray Visual -

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

- -

Thickness Customized ASTM D374

Density 3.6 ASTM D792 g/cm³

mm

Hardness 75 ASTM D2240 Shore OO

Application temperature -60~130

ROHS & REACH Compliant

- °C

EMI Attenuation @1.0mm

COMPRESSION@1.0mm

EMI attenuation@ 3.5 GHz 9 ASTM D4935 modify dB/cm

EMI attenuation@ 2.4 GHz 12 ASTM D4935 modify dB/cm

EMI attenuation@ 5.0 GHz 22 ASTM D4935 modify dB/cm

EMI attenuation@ 6.0 GHz 18 ASTM D4935 modify dB/cm

EMI attenuation@ 12 GHz 47 ASTM D4935 modify dB/cm

EMI attenuation@ 18 GHz 53 ASTM D4935 modify dB/cm

EMI attenuation@ 28 GHz 118 ASTM D4935 modify dB/cm

EMI attenuation@ 39 GHz 49 ASTM D4935 modify dB/cm

Deflection @10 psi 3 ASTM D5470 modify %

Deflection @20 psi 5 ASTM D5470 modify %

Deflection @30 psi 8 ASTM D5470 modify %

Deflection @40 psi 12 ASTM D5470 modify %

Deflection @50 psi 17 ASTM D5470 modify %

ELECTRICAL

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 0.419 ASTM D5470

Thermal impedance@20 psi 0.399 ASTM D5470

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.377 ASTM D5470 °C-in²/ W

Thermal impedance@40 psi 0.357 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.338 ASTM D5470 °C-in²/ W

TML <0.8 By LiPOLY %

/ Thermal conductivity: 4.0 W/m*K

/ Excellent absorption

characteristics

/ Naturally tacky

/ Reworkable

FEATURES

/ IC, CPU, MOS, LED, M/B, Heat sink

/ LCD-TV, Notebook PC, PC,

Telecom device, Wireless hub

/ DDR II module, DVD applications,

Hand-set applications

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Thermal Resistance vs. Pressure vs. Deflection

2.4 GHz Wi-Fi Router , Bluetooth

3.5 GHz 5G Mobile Networks

5.0 GHz Wi-Fi Router

6.0 GHz Wi-Fi Router

12~18 GHz Low Earth Orbit (LEO) System

28 GHz 5G Mobile Networks

39 GHz 5G Mobile Networks

FREQUENCY APPLICATION

Attenuation

LiPOLY N-TEM54 is a thermally TYPICAL PROPERTIES

conductive absorber based upon

soft magnetic materials

dispersed in a non-silicone resin.

It has a thermal conductivity of

4.0 W/m*K and dissipates electromagnetic radia- tion rapidly to

mitigate against EMI issues.

Non-Silicone Thermal Conductive RF Absorber Pad

N-TEM54

75

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 DTT44-s TEST METHOD UNIT

Color Blue Visual -

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

- -

Thickness Customized ASTM D374

Density 2.2 ASTM D792 g/cm³

mm

Hardness 50 ASTM D2240 Shore OO

Application temperature -60~180

ROHS & REACH Compliant

- °C

Water absorption 0.02 ASTM D570 %

COMPRESSION@1.0mm

Deflection @10 psi 13 ASTM D5470 modify %

Deflection @20 psi 16 ASTM D5470 modify %

Deflection @30 psi 20 ASTM D5470 modify %

Deflection @40 psi 23 ASTM D5470 modify %

Deflection @50 psi 26 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 11 ASTM D149 KV/mm

Surface resistivity >10¹⁰ ASTM D257 Ohm

Volume resistivity

Dielectric constant@2GHz Dk

Dielectric constant@6GHz Dk

Dielectric constant@10GHz Dk

Dielectric loss@2GHz Df

Dielectric loss@6GHz Df

Dielectric loss@10GHz Df

>10¹⁰ ASTM D257 Ohm-m

4.115 ASTM D150 -

4.214 ASTM D150 -

3.983 ASTM D150 -

0.00486 ASTM D150 -

0.00704 ASTM D150 -

0.00940 ASTM D150 -

THERMAL

Thermal conductivity 3.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.652 ASTM D5470

Thermal impedance@20 psi 0.630 ASTM D5470

Thermal impedance@40 psi 0.574 ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.591 ASTM D5470

Thermal impedance@50 psi 0.562 ASTM D5470

/ Thermal conductivity: 3.0 W/m*K

/ Hardness: Shore OO/50

/ Low dielectric constant

/ For high frequency applications

/ Available in a range of

thicknesses

FEATURES

/ Communications satellite

/ Satellite positioning devices

/ IoT devices

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

Thermal Resistance vs. Pressure vs. Deflection

LiPOLY DTT44-s is a soft thermal- TYPICAL PROPERTIES

ly conductive gel pad specifically

designed for networking communication applications.DTT44-s is

designed to focus on Dk and Df to

reduce interference in RF modules. DTT44-s has a thermal

conductivity of 3.0 W/m*K. This

product can be supplied as standard sheets, custom die-cuts or

custom molded parts making it

suitable for a wide range of applications.

5G mmWave Thermal Conductive Gel Pad

DTT44-s

76

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 DTT65-s TEST METHOD UNIT

Color Red Visual -

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

- -

Thickness Customized ASTM D374

Density 2.1 ASTM D792 g/cm³

mm

Hardness 55 ASTM D2240 Shore OO

Application temperature -60~180

ROHS & REACH Compliant

- °C

Water absorption 0.005 ASTM D570 %

COMPRESSION@1.0mm

Deflection @10 psi 8 ASTM D5470 modify %

Deflection @20 psi 11 ASTM D5470 modify %

Deflection @30 psi 16 ASTM D5470 modify %

Deflection @40 psi 21 ASTM D5470 modify %

Deflection @50 psi 26 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 10 ASTM D149 KV/mm

Surface resistivity >10¹² ASTM D257 Ohm

Volume resistivity

Dielectric constant@2GHz Dk

Dielectric constant@6GHz Dk

Dielectric constant@10GHz Dk

Dielectric loss@2GHz Df

Dielectric loss@6GHz Df

Dielectric loss@10GHz Df

>10¹³ ASTM D257 Ohm-m

4.131 ASTM D150 -

4.058 ASTM D150 -

4.013 ASTM D150 -

0.00509 ASTM D150 -

0.00658 ASTM D150 -

0.00780 ASTM D150 -

THERMAL

Thermal conductivity 5.0 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.350 ASTM D5470

Thermal impedance@20 psi 0.342 ASTM D5470

Thermal impedance@40 psi 0.302 ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.323 ASTM D5470

Thermal impedance@50 psi 0.281 ASTM D5470

Thermal Resistance vs. Pressure vs. Deflection

TYPICAL PROPERTIES

/ Thermal conductivity: 5.0 W/m*K

/ Hardness: Shore OO/55

/ Low dielectric constant

/ For high frequency applications

/ Available in a range of

thicknesses

FEATURES

/ Communications satellite

/ Satellite positioning devices

/ IoT devices

/ Telecommunication hardware

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

LiPOLY DTT65-s is a soft thermally conductive gel pad specifically

designed for networking communication applications.DTT65-s is

designed to focus on Dk and Df to

reduce interference in RF modules. DTT65-s has a thermal

conductivity of 5.0 W/m*K. This

product can be supplied as standard sheets, custom die-cuts or

custom molded parts making it

suitable for a wide range of applications.

5G mmWave Thermal Conductive Gel Pad

DTT65-s

77

PROPERTY ST6000-S TEST METHOD UNIT

Color White Visual -

Reinforced layer None - -

Thickness 0.2 ASTM D374

Density 2.3 ASTM D792 g/cm³

mm

Application temperature -60~180 - °C

Short time temp. @30sec 288 - °C

ROHS Compliant - -

ADHESION

Lap shear strength 35 ASTM D1002 N/cm²

Die shear strength@25°C 50 - N/cm²

Die shear strength@80°C 50 - N/cm²

Holding power 1kg @25°C >10000 PSTC-7 min

Holding power 1kg @80°C >10000

>8

PSTC-7

ASTM D3330

min

90° Peeling strength @ 25°C, 72 hrs N/inch

90° Peeling strength @ Thermal aging >7 80°C 1000 hrs N/inch

90° Peeling strength @ HAST >10 85°C/85%RH 1000 hrs N/inch

90° Peeling strength @ Thermal cycling >9.5 -40°C~120°C 500 cycles N/inch

ELECTRICAL

Dielectric breakdown 3.5 ASTM D149 KV

Surface resistivity >10⁹ ASTM D257 Ohm

Volume resistivity

THERMAL

>10⁹ ASTM D257 Ohm-m

Thermal impedance@5psi 0.81 ASTM D5470 °C-in²/ W

Thermal conductivity 1.8 ASTM D5470 W/m*K

Thermal impedance@15psi 0.65 ASTM D5470 °C-in²/ W

Thermal impedance@10psi 0.72 ASTM D5470 °C-in²/ W

/ Thermal conductivity:1.8 W/m*K

/ High temperature stability

/ Easy to assemble

FEATURES

/ Power supplies

/ Motor controls

/ Power semiconductors

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

TYPICAL PROPERTIES

LiPOLY ST6000-S is a thermally conductive tape with UL high temperature heat resistance. The thermal

conductivity is 1.8 W/m*K. The stickiness and strength of the thermal tape will increase when temperatures and pressure rise. They are designed to securely bond heat sinks to power dissipating components

without an additional clamping mechanism.)

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.

UL Flammability Thermal Conductive Tape

ST6000-S

78

PROPERTY AT910 TEST METHOD UNIT

Color White Visual -

Reinforced layer Fiberglass - -

Thickness 0.15 ASTM D374

Density 1.8 ASTM D792 g/cm³

mm

Application temperature -60~120 - °C

Short time temp. @30sec 200 - °C

Compliant - -

ADHESION

Initial tack 11 PSTC-6 cm

Lap shear strength 50 ASTM D1002 N/cm²

Die shear strength@25°C 100 - N/cm²

Die shear strength@80°C 70 - N/cm²

Holding power 1kg @25°C >10000

>10000

PSTC-7

PSTC-7

min

Holding power 1kg @80°C min

90° Peeling strength @ 25°C, 72 hrs >5 ASTM D3330 N/inch

90° Peeling strength @ Thermal aging >14 80°C 1000 hrs N/inch

90° Peeling strength @ HAST

90° Peeling strength @ Thermal cycling

>20 85°C/85%RH 1000 hrs N/inch

ELECTRICAL

Dielectric breakdown 2 ASTM D149 KV

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity

THERMAL

>10¹¹ ASTM D257 Ohm-m

Thermal impedance@5psi 0.81 ASTM D5470 °C-in²/ W

Thermal conductivity 1.0 ASTM D5470 W/m*K

Thermal impedance@15psi 0.76 ASTM D5470 °C-in²/ W

Thermal impedance@10psi 0.78

0.25

1.8

-60~120

200

Compliant

8

50

100

70

>10000

>10000

>6

>20

>24

>27 >28 -40°C~120°C 500 cycles N/inch

3

>10¹¹

>10¹¹

1.38

1.0

1.25

1.30 ASTM D5470 °C-in²/ W

ROHS

/ Thermal conductivity:1.0 W/m*K

/ Excellent adhesive properties

/ Designed for manufacture

/ Excellent long term reliability

/ Fiberglass reinforced layer

FEATURES

/ Automotive electronics

/ Telecommunications

/ LED light bar & LED lamp

/ Between any heat-generating

component and heat sink

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

TYPICAL PROPERTIES

LiPOLY AT910 is a fiberglass reinforced thermally conductive tape with UL high temperature heat

resistance. The thermal conductivity is 1.0 W/m*K. The stickiness and strength of the thermal tape

will increase when temperatures and pressure rise. They are designed to securely bond heat sinks to

power dissipating components without an additional clamping mechanism.

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.

UL Flammability Thermal Conductive Tape

AT910

79

PROPERTY AT900A TEST METHOD UNIT

Color White Visual -

Reinforced layer Fiberglass - -

Thickness 0.15 ASTM D374

Density 1.6 ASTM D792 g/cm³

mm

Application temperature -60~120 - °C

Short time temp. @30sec 200 - °C

ROHS Compliant - -

ADHESION

Initial tack 10 PSTC-6 cm

Lap shear strength 60 ASTM D1002 N/cm²

Die shear strength@25°C 107 - N/cm²

Die shear strength@80°C 70 - N/cm²

Holding power 1kg @25°C >10000

>10000

PSTC-7

PSTC-7

min

Holding power 1kg @80°C min

90° Peeling strength @ 25°C, 72 hrs >10 ASTM D3330 N/inch

90° Peeling strength @ Thermal aging >14 80°C 1000 hrs N/inch

90° Peeling strength @ HAST

90° Peeling strength @ Thermal cycling

>20 85°C/85%RH 1000 hrs N/inch

ELECTRICAL

Dielectric breakdown 2 ASTM D149 KV

Surface resistivity >10¹⁰ ASTM D257 Ohm

Volume resistivity

THERMAL

>10¹⁰ ASTM D257 Ohm-m

Thermal impedance@5psi 0.87 ASTM D5470 °C-in²/ W

Thermal conductivity 0.9 ASTM D5470 W/m*K

Thermal impedance@15psi 0.82 ASTM D5470 °C-in²/ W

Thermal impedance@10psi 0.85

0.25

1.6

-60~120

200

Compliant

8

60

94

70

>10000

>10000

>12

>20

>25

>15 >20 -40°C~120°C 500 cycles N/inch

3

>10¹⁰

>10¹⁰

1.15

0.9

1.12

1.14 ASTM D5470 °C-in²/ W

/ Thermal conductivity:0.9 W/m*K

/ Excellent adhesive properties

/ Designed for manufacture

/ Excellent long term reliability

/ Fiberglass reinforced layer

FEATURES

/ Automotive electronics

/ Telecommunications

/ LED light bar & LED lamp

/ Between any heat-generating

component and heat sink

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

TYPICAL PROPERTIES

LiPOLY AT900A is a thermally conductive tape. With a fiberglass reinforced layer and a thermal conductivity of 0.9 W/m*K this product is designed for applications where additional durability is needed.

AT900A can be provided in either standard sheets or custom-die cuts.

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.

Insulated Thermal Conductive Tape

AT900A

80

PROPERTY AT900C TEST METHOD UNIT

Color White Visual -

Reinforced layer Fiberglass - -

Thickness 0.15 ASTM D374

Density 1.7 ASTM D792 g/cm³

mm

Application temperature -60~120 - °C

Short time temp. @30sec 200 - °C

Compliant - -

ADHESION

Initial tack 14 PSTC-6 cm

Lap shear strength 55 ASTM D1002 N/cm²

Die shear strength@25°C 100 - N/cm²

Die shear strength@80°C 65 - N/cm²

Holding power 1kg @25°C >10000

>10000

PSTC-7

PSTC-7

min

Holding power 1kg @80°C min

90° Peeling strength @ 25°C, 72 hrs >6 ASTM D3330 N/inch

90° Peeling strength @ Thermal aging >10 80°C 1000 hrs N/inch

90° Peeling strength @ HAST

90° Peeling strength @ Thermal cycling

>18 85°C/85%RH 1000 hrs N/inch

ELECTRICAL

Dielectric breakdown 3 ASTM D149 KV

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity

THERMAL

>10¹¹ ASTM D257 Ohm-m

Thermal impedance@5psi 0.72 ASTM D5470 °C-in²/ W

Thermal conductivity 1.2 ASTM D5470 W/m*K

Thermal impedance@15psi 0.66 ASTM D5470 °C-in²/ W

Thermal impedance@10psi 0.68

0.25

1.7

-60~120

200

Compliant

12

60

100

65

>10000

>10000

>8

>15

>22

>13 >19 -40°C~120°C 500 cycles N/inch

4

>10¹¹

>10¹¹

0.98

1.2

0.92

0.94 ASTM D5470 °C-in²/ W

ROHS

LiPOLY AT900C is a thermally conductive tape. With a fiberglass reinforced layer and a thermal conductivity of 1.2 W/m*K this product is designed for applications where additional durability is needed.

AT900C can be provided in either standard sheets or custom-die cuts.

/ Thermal conductivity:1.2 W/m*K

/ Excellent adhesive properties

/ Designed for manufacture

/ Excellent long term reliability

/ Fiberglass reinforced layer

FEATURES

/ Automotive electronics

/ Telecommunications

/ LED light bar & LED lamp

/ Between any heat-generating

component and heat sink

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

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.

Insulated Thermal Conductive Tape

AT900C

81

PROPERTY AT920-s TEST METHOD UNIT

Color White Visual -

Reinforced layer None - -

Thickness 0.25 ASTM D374

Density 2.6 ASTM D792 g/cm³

mm

Application temperature -60~120 - °C

Short time temp. @30sec 200 - °C

ROHS Compliant - -

ADHESION

Initial tack 12 PSTC-6 cm

Lap shear strength 30 ASTM D1002 N/cm²

Die shear strength@25°C 80 - N/cm²

Die shear strength@80°C 40 - N/cm²

Holding power 1kg @25°C >10000

>10000

PSTC-7

PSTC-7

min

Holding power 1kg @80°C min

90° Peeling strength @ 25°C, 72 hrs >7 ASTM D3330 N/inch

90° Peeling strength @ Thermal aging >12 80°C 1000 hrs N/inch

90° Peeling strength @ HAST

90° Peeling strength @ Thermal cycling

>20 85°C/85%RH 1000 hrs N/inch

ELECTRICAL

Dielectric breakdown 4 ASTM D149 KV

Surface resistivity >10¹¹ ASTM D257 Ohm

Volume resistivity

THERMAL

>10¹² ASTM D257 Ohm-m

0.33 ASTM D5470 °C-in²/ W

Thermal conductivity 3.5 ASTM D5470 W/m*K

0.31 ASTM D5470 °C-in²/ W

0.32

>11

0.50

2.6

-60~120

200

Compliant

8

35

85

40

>10000

>10000

>9

>13

>22

7

>10¹¹

>10¹²

0.54

3.5

0.50

0.53

>13 -40°C~120°C 500 cycles N/inch

ASTM D5470 °C-in²/ W

Thermal impedance@5psi

Thermal impedance@15psi

Thermal impedance@10psi

/ Thermal conductivity:3.5 W/m*K

/ Excellent adhesive properties

/ Designed for manufacture

/ Excellent long term reliability

FEATURES TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

TYPICAL PROPERTIES

LiPOLY AT920-s is an unsupported thermally conductive tape with a thermal conductivity of 3.5 W/m*K.

The thickness comes in 0.25 and 0.50 mm, and the AT920-s can withstand 4~7K voltage. Using highly

thermal conductive particles makes the tape extremely reliable and easy to use. The stickiness and

strength will increase when temperature and pressure rise.

/ Automotive electronics

/ Telecommunications

/ LED light bar & LED lamp

/ Between any heat-generating

component and heat sink

/ 5G base station & infrastructure

/ EV electric vehicle

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.

High Thermal Conductive Tape

AT920-s

82

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 PR27 TEST METHOD UNIT

Color

Surface tack 2-side/1-side

Reinforced layer

Thickness

Density

Hardness

Application temperature

ROHS & REACH

ELECTRICAL

Dielectric breakdown

Surface resistivity

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@20psi

Thermal impedance@60psi

Thermal impedance@100psi

Gray

0

Polyimide

0.10 / 0.125 / 0.15

1.5

80

-60~180

Compliant

12

>10¹³

>10¹²

1.8

0.441

0.360

0.329

Visual

-

-

ASTM D374

ASTM D792

ASTM D2240

-

-

ASTM D149

ASTM D257

ASTM D257

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

-

-

-

mm

g/cm³

Shore A

°C

-

KV

Ohm

Ohm-m

W/m*K

°C-in²/ W

°C-in²/ W

°C-in²/ W

/ Thermal conductivity:1.8 W/m*K

/ Good insulator

/ Low thermal impedance

/ Reworkable

/ High performance

FEATURES

/ Power supplies

/ Motor controls

/ Power semiconductors

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

/ Single-sided adhesive or double-sided

adhesive can be used as required

SPECIFICATIONS

TYPICAL PROPERTIES

LiPOLY PR27 is a very thin, high

insulator with a thickness of

0.15mm. It uses Polyimide Film as

the reinforcement material, which

can increase the tensile strength. It’s

suitable for high power transistors,

electrical equipment, and will be the

best choice for auto-distribution

systems.

High Insulated Thermal Conductive Film

PR27

83

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 PR28-s TEST METHOD UNIT

Color

Surface tack 2-side/1-side

Reinforced layer

Thickness

Density

Hardness

Application temperature

ROHS & REACH

ELECTRICAL

Dielectric breakdown

Surface resistivity

Volume resistivity

THERMAL

Thermal conductivity

Thermal impedance@20psi

Thermal impedance@60psi

Thermal impedance@100psi

Gray

0

Polyimide

0.10 / 0.125 / 0.15

1.5

80

-60~180

Compliant

8

>10¹³

>10¹²

2.5

0.342

0.269

0.235

Visual

-

-

ASTM D374

ASTM D792

ASTM D2240

-

-

ASTM D149

ASTM D257

ASTM D257

ASTM D5470

ASTM D5470

ASTM D5470

ASTM D5470

-

-

-

mm

g/cm³

Shore A

°C

-

KV

Ohm

Ohm-m

W/m*K

°C-in²/ W

°C-in²/ W

°C-in²/ W

/ Thermal conductivity:2.5 W/m*K

/ Good insulator

/ Low thermal impedance

/ Reworkable

/ High performance

FEATURES

/ Power supplies

/ Motor controls

/ Power semiconductors

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

/ Single-sided adhesive or double-sided

adhesive can be used as required

SPECIFICATIONS

TYPICAL PROPERTIES

LiPOLY PR28-s is a very thin, high

insulator with a thickness of

0.15mm. It uses Polyimide Film as

the reinforcement material, which

can increase the tensile strength. It’s

suitable for high power transistors,

electrical equipment, and will be the

best choice for auto-distribution

systems.

High Insulated Thermal Conductive Film

PR28-s

84

PROPERTY SH1500 TEST METHOD UNIT

Color Yellow Visual -

Reinforced layer Fiberglass - -

Thickness 0.23 ASTM D374 mm

Density 2.3 ASTM D792 g/cm³

Hardness 80 ASTM D2240 Shore A

Application temperature -60~180 - °C

ELECTRICAL

Dielectric breakdown 4 ASTM D149 KV

Surface resistivity >10¹² ASTM D257 Ohm

Volume resistivity >10¹² ASTM D257 Ohm-m

THERMAL

Thermal conductivity 1.5 ASTM D5470 W/m*K

Thermal impedance@20 psi 0.634

0.451

ASTM D5470 °C-in²/ W

Thermal impedance@60 psi ASTM D5470 °C-in²/ W

Thermal impedance@100 psi 0.410

SH2000

Green

Fiberglass

0.30

2.6

80

-60~180

5

>10¹²

>10¹²

2.0

0.533

0.386

0.362

SH3000

Pink

Fiberglass

0.35

2.8

80

-60~180

ROHS Compliant Compliant Compliant - -

5.5

>10¹²

>10¹⁰

3.0

0.574

0.393

0.361 ASTM D5470 °C-in²/ W

/ Thermal conductivity:1.5/2.0/3.0 W/m*K

/ Excellent insulator

/ Reworkable

/ Fiberglass reinforced

FEATURES

/ Power supplies

/ Motor controls

/ EV electric vehicle

/ Automotive electronics

/ 5G base station & infrastructure

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

TYPICAL PROPERTIES

LiPOLY SH1500/2000/3000 is a thermal insulator uses fiberglass cloth as a reinforcement material,

combined with thermal conductive silicon, giving it high thermal conduction and great compression

strength. The thermal conductivity is 1.5/2.0/3.0 W/m*K, the thickness is 0.25~0.45mm. Its high

insulation and fiberglass materials increase the strength of its structure making it cut resistant.

SH1500/2000/3000 is the best choice for high torque screw setting. It functions well with electrical

isolative of high power electronic component and the heat sink.

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.

High Insulated Thermal Conductive Pad Series

SH1500/2000/3000

85

PROPERTY SP22/23/33 TEST METHOD UNIT

Color Gray Visual -

Resin base Silicone - -

- -

Thickness 0.3 / 0.45 ASTM D374

Density 1.8 ASTM D792 g/cm³

mm

Hardness 55 ASTM D2240 Shore A

Application temperature -60~180

ROHS & REACH Compliant

- °C

COMPRESSION@1.0mm

Deflection @10 psi 1 ASTM D5470 modify %

Deflection @20 psi 2 ASTM D5470 modify %

Deflection @30 psi 3 ASTM D5470 modify %

Deflection @40 psi 4 ASTM D5470 modify %

Deflection @50 psi 5 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 7 / 8 ASTM D149 KV/mm

Surface resistivity >10¹² ASTM D257 Ohm

Volume resistivity >10¹³ ASTM D257 Ohm-m

THERMAL@0.3mm

Thermal conductivity 0.8 ASTM D5470 W/m*K

Thermal impedance@10 psi 1.110 ASTM D5470

Thermal impedance@20 psi 1.058 ASTM D5470

Thermal impedance@40 psi 0.929 ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.988 ASTM D5470

Thermal impedance@50 psi 0.897 ASTM D5470

/ Thermal conductivity: 0.8 W/m*K

/ Good insulator

/ High recovery

/ Easy to assemble

/ 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

/ SP22-11.4 x 16x5.8mm

/ SP23-11.4 x 21.5x5.8mm

/ SP33-17.5 x 28.5x5.8mm

SPECIFICATIONS

TYPICAL PROPERTIES

Thermal Resistance vs. Pressure

LiPOLY SP is a stereoscopic thermal conductive silicone rubber cap as substrate through a special

production process. Due to its excellent characteristic of high thermal conductivity, insulation,

shockproof and convenient assembly, it is widely used in heat transistor refer to TO220 / TO3P,

diode, triode.

Thermal Conductive Rubber Cap Series

SP22/23/33

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.

86

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 CP-S TEST METHOD UNIT

Color Gray Visual -

Resin base Silicone - -

- -

Thickness 0.30 / 0.45 ASTM D374

Density 2.3 ASTM D792 g/cm³

mm

Hardness 65 ASTM D2240 Shore A

Application temperature -60~180

ROHS & REACH Compliant

- °C

COMPRESSION@1.0mm

Deflection @10 psi 1 ASTM D5470 modify %

Deflection @20 psi 2 ASTM D5470 modify %

Deflection @30 psi 4 ASTM D5470 modify %

Deflection @40 psi 5 ASTM D5470 modify %

Deflection @50 psi 6 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 7 / 8 ASTM D149 KV/mm

Surface resistivity >10¹² ASTM D257 Ohm

Volume resistivity >10¹³ ASTM D257 Ohm-m

THERMAL

Thermal Conductivity 2.5 ASTM D5470 W/m*K

Thermal impedance@10 psi 0.830 ASTM D5470

Thermal impedance@20 psi 0.741 ASTM D5470

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.597 ASTM D5470 °C-in²/ W

Thermal impedance@40 psi 0.511 ASTM D5470 °C-in²/ W

Thermal impedance@50 psi 0.462 ASTM D5470 °C-in²/ W

/ Thermal conductivity: 2.5 W/m*K

/ Good insulator

/ High recovery

/ Easy to assemble

/ 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

/ 11.4 x 16x5.8mm

/ 11.4 x 21.5x5.8mm

/ 17.5 x 28.5x5.8mm

SPECIFICATIONS

Thermal Resistance vs. Pressure

TYPICAL PROPERTIES

LiPOLY CP-S is a stereoscopic thermal conductive silicone rubber cap as substrate through a special

production process. Due to its excellent characteristic of high thermal conductivity, insulation, shockproof and convenient assembly, it is widely used in heat transistor refer to TO220 / TO3P, diode, triode.

Thermal Conductive Rubber Cap

CP-S

87

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 TP200 TEST METHOD UNIT

Color Gray Visual -

Resin base Silicone - -

- -

Thickness 0.3 ASTM D374

Density 1.8 ASTM D792 g/cm³

mm

Hardness 55 ASTM D2240 Shore A

Application temperature -60~180

ROHS & REACH Compliant

- °C

COMPRESSION@1.0mm

Deflection @10 psi 1 ASTM D5470 modify %

Deflection @20 psi 2 ASTM D5470 modify %

Deflection @30 psi 3 ASTM D5470 modify %

Deflection @40 psi 4 ASTM D5470 modify %

Deflection @50 psi 5 ASTM D5470 modify %

ELECTRICAL

Dielectric breakdown 7 ASTM D149 KV/mm

Surface resistivity >10¹² ASTM D257 Ohm

Volume resistivity >10¹³ ASTM D257 Ohm-m

THERMAL@0.3mm

Thermal conductivity 0.8 ASTM D5470 W/m*K

Thermal impedance@10 psi 1.110 ASTM D5470

Thermal impedance@20 psi 1.058 ASTM D5470

Thermal impedance@40 psi 0.929 ASTM D5470

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

°C-in²/ W

Thermal impedance@30 psi 0.988 ASTM D5470

Thermal impedance@50 psi 0.897 ASTM D5470

TYPICAL PROPERTIES

/ Thermal conductivity: 0.8 W/m*K

/ Good insulator

/ High recovery

/ Easy to assemble

/ 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

/ Diameter/Length:11mm/25mm

/ Diameter/Length:13.5mm/25mm

/ Diameter/Length:11mm/30mm

/ Diameter/Length:13.5mm/30mm

SPECIFICATIONS

Thermal Resistance vs. Pressure

LiPOLY TP200 is a stereoscopic thermal conductive silicone rubber cap as substrate through a

special production process. Due to its excellent characteristic of high thermal conductivity, insulation, shockproof and convenient assembly, it is widely used in heat transistor refer to TO220 / TO3P,

diode, triode.

Thermal Conductive Rubber Tube

TP200

88

PET

Copper

Acrylic

Release Film

Graphite

PROPERTY TEST METHOD UNIT

Thickness ASTM D374 mm

Color

TML By LiPOLY %

Application temperature -

- °C

°C

Short time temp. @30sec

ADHESION

Initial tack PSTC-6 cm

RADIATION

Heat emissivity coefficient ASTM C1371 -

ELECTRICAL

Dielectric breakdown ASTM D149 KV

Surface resistivity ASTM D257 Ohm

Volume resistivity ASTM D257 Ohm-m

Thermal conductivity Z axis

TR332CU

0.10

<0.1

-60~120

25

150

0.96

1

>10¹¹

>10¹¹

THERMAL

1.2

AC calorimeter W/m*K

Laser flash W/m*K

Thermal conductivity XY axis 1500

0.15

<0.1

-60~120

11

150

0.96

1.5

>10¹¹

>10¹¹

1.2

1500

Black Visual -

/ Excellent heat transfer

/ Manufacturing friendly form-factor

/ Can be custom die-cut

/ Flexibly conforms to surfaces

FEATURES

/ Set top box

/ Notebook Computers

/ Projector

/ Mobile phone

/ Hand held devices

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

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.

LiPOLY TR332CU is a complex thermally conductive film , composed of graphite radiator which can be

laminated on copper foil to superior thermal management and ease of manufacture.TR332CU can be

supplied in various manufacturing friendly formats and custom die-cut for the ultimate convenience.

TR332CU

Complex Thermal Conductive Film

89

PET 黑色

Graphite石墨

Adhesive tape膠

Release Film離型紙

Graphite石墨

Adhesive tape膠

Release Film離型紙

PROPERTY TEST METHOD UNIT

Color Visual -

Surface tack 2-side/1-side - -

Thickness Micrometer

Archimedes law g/cm³

µm

Density

Heat resistance - °C

Flexibility - -

ROHS & REACH - -

ELECTRICAL

Electrical conductivity JIS K7194 S/cm

Thermal conductivity XY axis

THERMAL

Thermal conductivity Z axis

Thermal diffusivity

Laser flash

AC calorimeter

W/m*K

cm²/s

Heat capacity(SHC)

G566A

Black

1

35

2.1

120

Flexible

Compliant

20000

5

8.92

0.895 - J/g*K

G566AP

Black

1

45

2.1

120

Flexible

Compliant

20000

5

8.92

0.895

1500~1700 1500~1700 AC calorimeter W/m*K

G566A G566AP

/ Thermal conductivity: 1500~1700W/m*K

/ Good average temperature

/ Easy to assemble

/ Lightweight, Specific gravity 2.1 g/cm³

FEATURES

/ Smart phones, Mobile phones

/ LED, DVD appliance

/ Hand held devices

/ 5G base station & infrastructure

/ EV electric vehicle

TYPICAL APPLICATION

/ Sheet form

/ Die-cut parts

SPECIFICATIONS

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 G566 Graphite Sheet has great thermal conductivity on the X and Y axis. The thermal conducti¬vity is 1700 W/m*K. It is flexible and bendable, which is suitable for thin products and high capability

mobile devices.

Artificial Graphite Sheet

G566A/G566AP

90

TESTING CAPABILITIES

Shiu Li Technology has advanced manufacturing technology at our HQ in Taiwan.

All of our products undergo extensive testing in our state-of-the-art experimental

development lab and reliability testing lab. Shiu Li has top-of-the-line manufacturing technology, a complete experiment development lab, and an advanced reliability testing laboratory.

• Thermal Resistance Testing

• Thermal Conductivity Testing

• Viscosity Testing

• Hardness Testing

• X-ray Testing

• Compression Force Testing

• Peeling Strength Testing

• Holding Power Testing

• Attenuation Testing

• Electrical Resistance Testing

• Dielectric Testing

• GC Testing

• Thermal Aging Testing

• Thermal HAST Testing

• Thermal Cycling Testing

Our Branches

2023 CATALOG

www.lipoly.com.tw