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PRODUCT BROCHURE
Hangzhou Meilin New Material Technology Co., Ltd Hangzhou Meilin Special Material Co, Ltd
Wholehearted Dedication to Crafting Every Single Granule
CONTENTS
01 Enterprise Introduction
Company profile 02
Company qualification 04
02 Enterprise cooperation
Partners 06
03 Application
LSZH High-light Products 08
XLPO High-light Products- 09
PVC High-light Products 10
Power Cable Compounds 12
Communication Cable Compounds 15
Transportation Cable Compounds 17
Energy Cable Compounds 19
Building Wire Compounds 21
Electrical Equipment Cable Compounds.. 23
COMPANYPROFILE
BUSINESS SCOPE ORGANIZATIONAL STRUCTURE
Hangzhou Meilin New Material Technology Co., Ltd., established in July 1994 (formerly known as Zhejiang Lin'an Hongyan Plastic Factory), re-established Hangzhou Meilin Special Materials Co., Ltd. in August 2024. The company currently has three factory sites located at No. 619 Linglongshan Road, Linglong Industrial Park, Lin'an District, Hangzhou; No. 259 Xingyu Street, Linglong Subdistrict; and No. 6 Guifang Road, Guifangqiao Industrial Zone, Tianmushan Town. The company has a registered capital of 85 million yuan, covering an area of over 40,000 square meters. It has already built modern industrial plants and 31advanced automated production lines, making it the cleanest and most aesthetically pleasing professional cable material manufacturer in the district. The company currently has over 210 employees, including7 senior engineers and over 40 technical management personnel with college degrees or above, accounting for more than 25% of the total workforce. The company holds certifications for its Occupational Health and Safety Management System, Environmental Management System, and Quality Management System. It also holds 5 invention patents and several utility patents. Furthermore, the company has received numerous honors, including the National High-tech Enterprise Certificate, the Zhejiang Provincial Specialized and Innovative Small and Medium-sized Enterprise Honor Certificate, and the Zhejiang Provincial Enterprise Research Institute Certificate. With continuously expanding production and sales, the company's output value is projected to reach 700 million yuan by 2025. The company has ample capital and a sound operating condition. Its product categories include LSZH,FR-PE,PE,Silane XLPE,Peroxide XLPE, Semicon,XLPO,PVC cable materials, which are sold both domestically and internationally.
COMPANY QUALIFICATION
Our company was a participating drafter of two national standards: GB/T 8815-2016 Soft Polyvinyl Chloride Plastics for Wires and Cables and GB/T 15065-2026 Polyethylene Plastics for Wires and Cables. We have obtained two UL certifications, two TUV certifications, and an ITAF certificate. Currently, we are applying for Australian BEP certification and CQC certification for high-voltage current cables for data centers.
2 UL Certificate
3 Three-system Certificate
CERTIFICATE
OCCUPATIONAI HEALTH & SAFETY MANAGEMENT SYSTEM CERTIFICATION
Certificate NO.993240850391R01
Hangzhou Melin NewMaterial TechnologyCo, Ltd
GB/T45001-2020 idt ISO45001:2018
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CERTIFICATE
QUALITY MANAGEMENT SYSTEM CERTIFICATION
Certificate NO.9932310Q0225R10 IN WITNESS WHEREOF Unify Sacial Credit Code: 913301857E5474400C
HangzhouMelin NewMaterial Technology Co, Ltd n ib OUA/TY MRAGENENT SPSTEM
GB/T 19001-2016/ISO 9001:2015
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INImML ACOURTION: NOveber 4 Z025 M8NEMAL BATE OcOber 27. 2025 EFFECTIVE DATE: NovEmDer 4. 2025 VAUD uNTEL: Novenber 3. 2028
CERTIFICATE
ENVIRONMENTAI MANAGEMENT SYSTEM CERTIFICATION
Certificate NO.9932408E0390R01
HangzhouMellin NewMaterial Technology Co, Ltd.
GB/T24001-2016 idt ISO14001:2015
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Meilin
COMPANY PARTNERSHIPS
Provide customized services to partners, and develop and customize systems and services according to their needs.
Meilin looks forward to your cooperation!
FEYNMAN 费曼电缆
( CARDIFFCABLE
CNXDG 兴联
CNXDG 兴联
cable SUNKEAN 三钧线缆
LSZH HIGH-LIGHTS PRODUCTS
| Item | Grade / Specification | Density Hardness | Oxygen Index | Tensile Strength | Elongation at Break | Volume Resistivity at 20℃ | Application Examples | |
| ±0.02g/cm³ | ±2A | ≥% | ≥Mpa | ≥% | ≥Ω•m | |||
| International Testing Method | ISO 1183 -1:2004 | 1SO 7619 -1:2004 | ISO 4589 -2:2017 | ISO 527-3:2018 | IEC 60093:1980 | |||
| ML-H9001B | 1.5 | 95 | 35 | 10 | 160 | 1x1011 | 費 | |
| ML-H9002B1 | 1.54 | 95 | 38 | 10 | 160 | 1x1011 | ||
| ML-JH9001 | 1.47 | 95 | 32 | 10 | 160 | 1x1012 | ||
| ML-FJ1251R | 1.32 | 85 | 26 | 8 | 200 | 1x1012 | ||
| ML-ZRPE-D | 1.3 | 96 | 28 | 14 | 400 | 5x10¹2 | ||
| ML-ZRPE-H | 1.27 | 96 | 26 | 14 | 400 | 1x1013 | ||
| ML-ZRPO-ST12 | 1.35 | 96 | 32 | 13.5 | 350 | 1x1013 | ||
| Communication Cable | ML-TH9002B2 | 1.6 | 95 | 38 | 9 | 125 | 1x1011 | |
| ML-TH9001E | 1.5 | 95 | 30 | 9 | 150 | 1x10¹1 | ||
| ML-TH7001A | 1.52 | 95 | 35 | 10 | 150 | 1x1011 | ||
| ML-TH7001C | 1.55 | 95 | - | 10 | 150 | 1x101 | ||
| Transportation Cable | ML-FH1052 | 1.48 | 96 | 30 | 9.5 | 170 | 1x1010 |  |
| ML-FJ125QA | 1.38 | 90 | 26 | 9 | 350 | 5x1011 | ||
| ML-FJ125NY-W | 1.46 | 96 | 30 | 10 | 150 | 5x1011 | ||
| ML-FJ125NY-N | 1.1 | 97 | / | 12.5 | 250 | 1x1012 | ||
| ML-FH125NY-A | 1.5 | 92 | 30 | 10 | 150 | 1x1012 | ||
| Energy Cable | ML-FJ125-PV | 1.27 | 95 | 22 | 8 | 125 | 1x1013 |  |
| ML-FH125-PV | 1.43 | 95 | 30 | 8 | 125 | 2x1011 | ||
| ML-FJ125-PV(AD8) | 0.94 | 93 | - | 8 | 125 | 1x1013 | ||
| ML-FH125-PV(AD8) | 1.43 | 95 | 30 | 8 | 125 | 2x1011 | ||
| ML-FJ125-ES | 1.38 | 85 | 22 | 8 | 150 | 1x1012 | ||
| ML-FH125-ES | 1.38 | 90 | 28 | 8 | 150 | 1x1011 | ||
| ML-FJ125LV-ES | 1.36 | 90 | 27 | 13.8 | 300 | 1x1012 | ||
| Building Cable | ML-FJ1051 | 1.55 | 96 | 28 | 10 | 150 | 1x1012 |  |
| ML-FJ105B1 | 1.55 | 96 | 34 | 10 | 150 | 1x1012 | ||
| Electrical Equipment Cable | ML-FJ105V | 1.35 | 95 | 40 | 10 | 150 | 1x1012 |  |
| ML-FJ150LV | 1.41 | 96 | 28 | 13.8 | 300 | 1x1012 | ||
| ML-H110-R | 1.35 | 91 | 26 | 8 | 200 | 1x1011 | ||
XLPO HIGH-LIGHTS PRODUCTS
| Item | Grade / Specification | Density Hardness | Oxygen Tensile Index Strength | Elongation Volume Resistivity at Break at 20℃ | Application Examples | |||
| ±0.02g/cm³ | ±2A | ≥% | ≥Mpa ≥% | ≥Ω·m | ||||
| International Testing Method | ISO 1183 -1:2004 | 1SO 7619 -1:2004 | ISO 4589 -2:2017 | ISO 527-3:2018 | IEC 60093:1980 | |||
| Building Wires & Cable | ML-GJ125 | 1.5 | 96 | 32 | 10 | 150 | 1x1011 |  |
| ML-GJ125C | 1.55 | 95 | 35 | 10 | 150 | 1x1011 | ||
| ML-GJ125B1 | 1.55 | 95 | 35 | 10 | 150 | 1x1011 | ||
| Transportation Cable | ML-GH9002 | 1.48 | 96 | 32 | 9 | 125 | 1x10¹0 | |
| ML-GH1052 | 1.48 | 96 | 30 | 9 | 160 | 1x10¹0 | ||
| ML-GJ125NY-W | 1.46 | 96 | 30 | 10 | 150 | 5x1011 | ||
| ML-GJ125NY-N | 1.1 | 97 | 1 | 12.5 | 250 | 1x1012 | ||
| Solar Cable | ML-GJ125-PV | 0.92 | 97 | 1 | 12.5 | 250 | 1x1012 |  |
| ML-GH125-PV | 1.49 | 96 | 30 | 10 | 125 | 2x1011 | ||
PVC HIGH-LIGHTS PRODUCTS
| Item | Grade / Specification | Oxygen Impact Brittleness Index Temperature | Volume Resistivity at 20℃ | Aging performance | Application Examples | ||
| ≥% | C | Typical Value | ≥Ω·m | conditions °C/h | |||
| International Testing Method | ISO 4589-2 | ISO 974 | IEC 60093 | IEC 60811-1-2 | |||
| Power Cable | ML-H3702-90 | 1 | -15 | 2/30 | 1.0×1012 | 100±2°C×168 h; Property change ≤±20% |  |
| ML-H3901-90 | 1 | -20 | 2/30 | 1.0×10° | 100±2C×240 h; Property change | ||
| ML-H3901Z-90 | 30 | -20 | 3/30 | 1.0×10° | |||
| ML-H3901Z-90 | 35 | -20 | 3/30 | 1.0×10° | 100±2℃× 168 h; Property change | ||
| ML-H2701-88 | 1 28 | -10 | 0/30 | 1.0×10° | |||
| ML-H2701C-92 | -10 | 2/30 | 1.0×10° | ||||
| Transportation | ML-R7052-96 | 23 | -20 | 7/30 | 1.0×1011 |  | |
| ML-R7052-93 | 23 | -25 | 0/30 | 1.0×1011 | |||
| ML-R7802-96 | 23 | -15 | 0/30 | 1.0×1011 | |||
| Energy Cable | ML-R8052Z-83 | 26 | -15 | 0/30 | 1.0×1010 | UL 136±1C× 168 h; Tensile strength retention ≥70%; Elongation retention ≥65% |  |
| ML-R8052Z-75 | 25 | -15 | 0/30 | 1.0×1010 | |||
| ML-R8052WZ-83 | 26 | -20 | 0/30 | 1.0×1010 | |||
| ML-R8052WZ-75 | 25 | -25 | 0/30 | 1.0×1010 | |||
| ML-R8252WZ-83 | 26 | -20 | 0/30 | 1.0×10¹0 | |||
| Item | Grade / Specification | Oxygen Impact Brittleness Index Temperature | Volume Resistivity at 20°℃ | Aging performance | Application Examples | ||
| ≥% | ℃ | Typical ≥Ω·m Value | conditions °C/h | ||||
| International Testing Method | ISO 4589-2 | ISO 974 | IEC 60093 | IEC 60811-1-2 | |||
| Building Cable | ML-R6702-90 | 1 | -15 | 2/30 | 1.0×1012 | 100±2℃×168 h; Property change ≤±20% |  |
| ML-R6702-88 | 1 | -15 | 1/30 | 1.0×1011 | |||
| ML-R6701-85 | / | -15 | 3/30 | 1.0×10° | |||
| ML-H6702Z-90 | 30 | -15 | 4/30 | 1.0×1012 | |||
| ML-H6701Z-85 | 30 | -15 3/30 | 1.0×10° | ||||
| Electrical Equipment Cable | ML-R6052Z-83 | 26 | -15 | 0/30 | 1.0×1010 | UL 136±1C × 168 h; Tensile strength retention ≥70%; Elongation retention ≥65% |  |
| ML-R6052Z-75 | 25 | -15 | 0/30 | 1.0×1010 | |||
| ML-R6052WZ-83 | 26 | -20 | 0/30 | 1.0×1010 | |||
| ML-R6052WZ-75 | 25 | -25 | 0/30 | 1.0×1010 | |||
| ML-R6051Z-80 | 25 | -20 | 0/30 | 1.0×10° | |||
| ML-R6051Z-75 | 25 | -20 | 0/30 | 1.0×10° | |||
| ML-R6051WZ-80 | 25 | -30 | 0/30 | 1.0×10° | |||
| ML-R6051WZ-75 | 25 | -30 | 0/30 | 1.0×10° | |||
| Type | Grade | Product Name | Applications | Products Advantages | ||
| LSZH | Thermoplastichalogen-free, lowsmoke and flame-retardant Grade Asheath material | It is suitable for the sheathlayer of power cables,Marine cables and controlcables with high flameretardant requirements | Flame retardant Class A, with Ol≥36 and a typical value of 38.The performance complies with GB/T12706 ST8 type andGB/T32129, with a light transmittance of 60% and flameretardancy meeting GB/T18380.33(IEC60332-3-22). | |||
| ML-H9001A | ||||||
| ML-H9001B | Thermoplastichalogen-free, lowsmoke and flame-retardant Grade Bsheath material | It is suitable for the sheathlayer of power cables,Marine cables and controlcables with high flameretardant requirements | Flame retardant Class B, with Ol≥35 and a typical value of 36.The performance complies with GB/T12706 ST8 type andGB/T32129, with a light transmittance of 60% and flameretardancy meeting GB/T18380.34(IEC60332-3-23). | |||
| ML-H9001C | Thermoplastichalogen-free, lowsmoke and flame-retardant C-classsheath material | It is suitable for flame-retardant power cables,Marine cables and controlcable sheaths | Flame retardant Class C, with Ol≥30 and a typical value of 32.The performance complies with GB/T12706 ST8 type andGB/T32129, with a light transmittance of 60% and flameretardancy meeting GB/T18380.35(IEC60332-3-24). | |||
| ML-H9001GInnerSheath | Thermoplastic halogen-free, low smoke, flame-retardant and oxygen-barrier inner protectivematerial | It is suitable for the innersheath layer of powercables with high flameretardant requirements | Ol≥45, in combination with H9001A and H9001B1, can passhigh-grade bundled combustion of more difficult specifications | |||
| ML-H9001B1 | Thermoplastic halogen-free low smoke flameretardant B1 gradesheath material | B1 grade sheath materialfor power cables andcontrol cables | The material complies with the standard GB/T32129. Meet therequirements of 60% light transmittance for reasonablystructured cables and B1 grade bundle burning testrequirements (GB 31247) | |||
| ML-H9002B1 | Thermoplastic halogen-free low smoke flameretardant B1 gradesheath material | B1 grade sheath materialfor power cables andcontrol cables | The material complies with the standard GB/T32129. It meetsthe requirements of 60% light transmittance for reasonablystructured cables and the B1 grade bundle burning testrequirements (GB 31247). It is recommended to use the B1grade sheath layer for multi-core control cables with highrequirements for dripping or those that are difficult to passThe insulating sheath is universal, with the sheath exceedingClass C and the insulation exceeding single vertical burning.The Ol is ≥30, with a typical value of 32. The performancecomplies with GB/T12706 ST8 type and GB/T32129. The lighttransmittance meets 60%, and the flame retardancy meetsGB/T18380.35(IEC60332-3-24) | |||
| ML-JH9001 | Thermoplastic halogen-free, low smoke andflame-retardant cablematerial | It is suitable for flame-retardantinsulation&sheaths ofpower cables, Marinecables and control cables,and is universal | ||||
| LSZHZRPESilaneXLPEPeroxideXLPE | ML-H9001C-N | It is applicable to thesheath layers of powercables, Marine cables,control cables, etc. thathave certain requirementsfor oil resistance | It is bundled into Class C and its performance complies withthe IEC60092-360 SHF1 type for Marine cables.GB/T32129, meeting the light transmittance of 60%, flameretardancy complies with GB/T18380.35(IEC60332-3-24)The requirement for a ± 40% change rate of 902# mineral oil at70℃ for 4 hoursThe thermal shock meets the load requirement of 7 kilograms | |||
| Thermoplastic halogen-free, low smoke, flame-retardant and oil-resistant sheath material | ||||||
| -N | ||||||
| ML-FJ1251R | Soft 125℃ halogen-free low smoke sheathmaterial | It is suitable forthermoplastic halogen-free low smoke insulatingmaterials with softnessrequirements | Thermosetting soft halogen-free low smoke insulatingmaterial, with performance meeting the requirements of X-HF-110 and R-HF-110 in AS/NZS3808.AI data center used. | |||
| ML-ZRPE-D | Flame-retardantpolyethylene sheathmaterial for mediumand low voltage cables | Sheath materials suitablefor medium and lowvoltage power cables | The performance complies with the requirements ofGB/T12706 ST7 type, is halogen-free and has a low smokeemission. It can be burned in single strands and bundles ofClass C through medium and low voltage power cables. | |||
| ML-ZRPE-H | The performancecomplies with therequirements ofGB/T12706 ST7 type,is halogen-free andhas a low smokeemission. It can beburned in singlestrands and bundlesof Class C throughmedium and lowvoltage power cables. | Sheath material for high-voltage power cables | The performance complies with the requirements ofGB/T12706 ST7 type, is halogen-free and has a low smokeemission. It can pass through the single and bundled C-classcombustion of medium and high voltage power cables. | |||
| ML-ZRPO-ST12 | ST12 flame-retardantpolyolefin sheathmaterial | ST12 flame-retardantpolyolefin sheath material | The performance complies with GB/T11017 ST12 type, ishalogen-free, and has a low smoke emission. It can be burnedin bundles of A and B types through ultra-high voltage powercables | |||
| ML-G3052E | Insulation of power cable with extruding thickness of1.0-2.5mmInsulation of aerial cable with extruding thickness of1.0-3.4mm | Provided with property of normal Sioplas Silane XLPE, and noneed for the mixing process of A/B material | ||||
| ML-G3052E-B | ||||||
| ML-G3052F | Suitable for large size wire,low shrinkage,large sizeof more than 1.5mm² | Low shrinkage; below 90mm2 the boiling time at 90℃ water is 3hours; the maximum speed of extrusion efficiency can reach200 m/min | ||||
| ML-G3052F-B | Insulation of aerial cable with extruding thickness of0.5-3.4mm | Low shrinkage; below 90mm2, the boiling time at 90℃ water is3 hours; the extruding speed can reach 60 m/min for 120-240mm² | ||||
| ML-G3052F-B2 | Insulation of aerial cable with extruding thickness of0.5-3.4mm | Low shrinkage; high carbon black content (2-2.5)%; theextruding speed can reach 60 m/min for 120-240mm2 | ||||
| ML-YJ35 | Insulation of Peroxide XLPE cable up to 35kV | Meet the standard JB/T 10437-2004 | ||||
| ML-YJ35-B | Insulation of Peroxide XLPE aerial cable up to 35kV | Carbon black content more than 1%; Meet the standardQ/ZWGC 003-2021 | ||||
| ML-YJ35-B2 | Insulation of Peroxide XLPE aerial cable up to 35kV | Carbon black content 2.5 ± 0.5%; Meet the standardQ/ZWGC 003-2021 | ||||
| Semi-conductive | ||||||
| ML-PSD | Semi-conductive crosslinkable conductor screenfor XLPE cable up to 10kV | |||||
| Meet the standard JB/T 10738 | ||||||
| ML-PYJD-35 | Semi-conductive crosslinkable conductor screenfor XLPE cable up to 35kV | Meet the standard JB/T 10738 | ||||
| ML-PYJBJ-35 | Easily strippable semi-conductive insulation screenfor XLPE cable up to 35kV | Compared with other strippable insulation screen compound , ithas lower peel strength,other properties comply with Q/ZWGC015-2021, with relatively less peeling residue on the insulationsurface | ||||
| PE MPE | ML- | Communication cable, controlcable, signalcable,opticalfiber cable, power cable and power cord | Meet GB/T15065-2009 performance test, good stress crackingresistance, moisture resistance and insulation performance | |||
| LPE-9400D | ||||||
| ML--9500 | Power cable sheath, optical fiber cable sheath,D coaxial sheath, power cord insulation | Meet GB/T15065-2009 performance test, good stresscracking resistance, weather resistance, moisture resistanceand insulation performance | ||||
| ML-HPE-9600D | Power cable sheath, aerialinsulation and sheath,submarine cable sheath | Meet GB/T15065-2009 performance test, good weatherresistance, moisture resistance and insulation performance | ||||
| PVC | ML-H3902 | 70℃ PVC softinsulation material | Core operating temperature70°℃ Insulation material forPVC power cables | The properties conform to the GB/T8815-2008 J-70 standard,the finished wire products meet the GB/T12706-2020 standard,and the volume resistivity reaches 1.0× 10E12Ω·m. | ||
| ML-H3901 | 90℃ PVC soft sheathmaterial | Core operating temperature90℃ PVC sheath materialfor power cable | The properties conform to the GB/T8815-2008 HI-90standard, and the finished wire products meet the GB/T12706-2020 standard. | |||
| ML-H3901Z | 90℃ PVC Flame-retardant sheathmaterial | Core operating temperature90℃ FR PVC sheathmaterial for power cable | The properties conform to the GB/T8815-2008 HI-90standard, and the finished wire products meet the GB/T12706-2020 standard. Flame retardancy comply withGB/T18380.33(IEC60332-3-22), GB/T18380.34(IEC60332-3-23), GB/T18380.35(IEC60332-3-24). | |||
| ML-H3901A | 90℃ PVC weather-resistant soft sheathmaterial | Core operating temperature90℃ weather-resistantPVC sheath material forpower cable | The properties conform to the GB/T8815-2008 Hl-90standard, and the finished wire products meet the GB/T12706-2020 standard.weather-resistant comply with the requirements of Appendix Cof GB/T14049-2008 | |||
| ML-H3901W | 90℃ PVC cold-resistant soft sheathmaterial | Core operating temperature90℃ cold-resistant PVCsheath material for powercable | The properties conform to the GB/T8815-2008 HI-90 standard,and the finished wire products meet the GB/T12706-2020standard.cold-resistant reach to -40℃ | |||
| ML-H3901O | 90℃ PVC oil-resistantsheath material | Core operating temperature90℃ PVC oil-resistantsheath material for cable. | The properties conform to the GB/T8815-2008 HI-90 standard,and the finished wire products meet the GB/T12706-2020 standard.The oil resistance pass the 902# 90℃ × 24h test | |||
| ML-H3901TY | 90℃ PVC anti-rat andanti-termite sheathmaterial | Core operating temperature90℃ PVC anti-rat andanti-termite sheath materialfor cable. | The properties conform to the GB/T8815-2008 HI-90standard, and the finished wire products meet the GB/T12706-2020 standard. anti-rat comply with JB/T 10696.10-2011,anti-termite comply with JB/T 10696.9-2011 | |||
| Type | Grade | Product Name | Applications | Products Advantages |
| LSZH | ML-TH9002B2 | Thermoplastichalogen-free lowsmoke flame retardantB2ca grade sheathmaterial | It is suitable for datacables, coaxial and othercommunication cables withhigh flame retardantrequirements | The UTP CAT6 data cable meets the requirements of CPRB2ca grade. The UTP CAT6 data cable complies with bundledClass C (IEC60332-3-24) combustion. |
| ML-TH9002C | Thermoplastichalogen-free lowsmoke flame-retardant Cca gradesheath material | It is suitable for datacables, coaxial and othercommunication cables withhigh flame retardantrequirements | The UTP CAT6 of the data cable meets the requirements ofCPR Cca grade. | |
| ML-TH9002D | Thermoplastichalogen-free lowsmoke flame retardantDca grade sheathmaterial | It is suitable for datacables, coaxial and othercommunication cables withhigh flame retardantrequirements | The UTP CAT6 of the data cable meets the requirements ofCPR Dca grade | |
| ML-TH9001E | Thermoplastichalogen-free lowsmoke flame-retardantsheath material | It is suitable for flame-retardant general datacables, coaxial and othercommunication cables | Data cable UTP CAT6 complies with single vertical burning(IEC60332-1-2)Complies with the YD1113-2015 standard | |
| ML- | Thermoplastichalogen-free lowsmoke flame-retardantsheath material | It is suitable for flame-retardant general datacables, coaxial and othercommunication cables | The UTP CAT6 data cable complies with Class C bundleburning (IEC60332-3-24).Complies with the YD1113-2015 standard | |
| TH9003C | ||||
| ML-TH9002G | Thermoplastichalogen-free, lowsmoke and flame-retardant reinforcingmaterial | Thermoplastic halogen-free, low smoke andflame-retardantreinforcing material | In combination with ML-TH9002B2, it can be burned in bundlesthrough EN50399, and can also be used in data cables withrequirements of (IEC60332-3, CMP, CMR). | |
| ML-TH7001A | Thermoplastichalogen-free lowsmoke flame-retardant sheathmaterial | It is applicable to butterfly-shaped optical cable types | The butterfly cable meets the requirements of single verticalburning (IEC60332-1-2) and light transmittance (IEC61034),and has a certain margin. It can be made in different colors | |
| ML-TH7001B | Thermoplastichalogen-free lowsmoke flame-retardant sheathmaterial | It is applicable to butterfly-shaped optical cable types | The butterfly cable meets a certain proportion of single verticalburning (IEC60332-1-2); Only black | |
| LSZHPE MPVC | ML-TH7001C | The butterfly cablemeets a certainproportion of single | It is applicable to butterfly-shaped optical cable types | The butterfly cable meets the requirements of high-speedextrusion, is not flame-retardant and has a high costperformance |
| (IEC60332-1-2); Onlyblack | ||||
| ML-TH7001Q | Thermoplastichalogen-free lowsmoke flame-retardant sheathmaterial | It is applicable to outdooroptical cable types | Non-flame-retardant, high cost performance; The anti-cracking performance of the sheath (preventing cracking of thecable sheath during use) is extremely excellent. Good scratchresistance; Armored outdoor cable sheaths with an outerdiameter greater than 15mm can meet the requirements ofsingle vertical burning | |
| ML-TH7001E | Indoor flexible opticalcable loose tubematerial | Suitable for indoor loosetube fiber optic cables | It can be burned vertically by a single rod | |
| ML-TH7001F | Thermoplastichalogen-free, lowsmoke and flame-retardant optical fibertight wrap material | Thermoplastic halogen-free, low smoke andflame-retardant opticalfiber tight buffer material | It is suitable for tight cladding of optical fibers and has excellentextrusion performance, allowing for high-speed extrusion | |
| ML- | Communication cable, copticalfiber cable, p | ontrol cable, signa Icable,ower cable and power cord | Meet GB/T15065-2009 performance test, good stress crackingresistance, moisture resistance and insulation performance | |
| LPE-9400G | ||||
| ML-PE-9500G | Power cable sheath, opcoaxial sheath, p | tical fiber cable sheath,ower cord insulation | Meet GB/T15065-2009 performance test, good stresscracking resistance, weather resistance, moisture resistanceand insulation performance | |
| ML-HPE-9600G | Power cable sheath, aerial insulation and sheath,submarine cable sheath | Meet GB/T15065-2009 performance test, good weatherresistance, moisture resistance and insulation performance | ||
| ML-H2701 | Gb70℃ LAN cablesheath material | LAN cable sheathmaterial, national standardcommunication cable | The line speed is fast and the wire diameter fluctuation is small | |
| ML-H2701C | Gb70℃ Flame-retardant LAN cablesheath material | Flame-retardant LANcable sheath material,national standardcommunication cable | Passed the GB/T18380.12, IEC60332-1-2 and ECa singlevertical burning tests | |
| ML-H2751V | UI75℃ Flame-retardant LAN cablesheath material | Flame-retardant LANcable sheath material, ULstandard communicationcable | Pass the UL1581 VW-1 and FT-1 single vertical combustion test | |
| ML- | UI75℃ CM gradeflame-retardantsheath material forLAN cable | Flame-retardant LANcable sheath material, ULstandard communicationcable | Passed the UL1685 CM bundle burning test | |
| H2751M | ||||
| ML- | UI75℃ CMR gradeflame-retardantsheath material forLAN cable | Flame-retardant LANcable sheath material, ULstandard communicationcable | Passed the UL1666 CMR bundle burning test | |
| H2751MR | ||||
| ML- | UI75℃ CM gradeflame-retardantsheath material forLAN cable | Flame-retardant LANcable sheath material, ULstandard communicationcable | Passed the NFPA262 CMP bundle burning test | |
| H2751MP | ||||
| Type | Grade | Product Name | Applications | Products Advantages |
| LSZH | ML-FH9002 | 90℃ irradiatedhalogen-free flame-retardant sheathmaterial for marinecables | It is applicable to the cablesheaths of civilian ships | The ship cable sheath complies with SHF2 in IEC 60092-359standard, is single oil-resistant, and meets the combustionrequirements of Class A bundles (IEC60332-3-22). |
| ML-FH1052 | 105℃ irradiatedhalogen-free flame-retardant sheathmaterial for marinecables | It is suitable for cablesheaths used on ships | Sheaths for ship cables, conforming to GJB 1916, single oil-resistant, and meeting the combustion requirements of Class Abundles (IEC60332-3-22). | |
| ML-GDWH9002 | 90℃ silane cross-linked halogen-freeflame-retardantsheath material formarine cables | It is applicable to the cablesheaths of civilian ships | The ship cable sheath complies with SHF2 in IEC 60092-359standard, is single oil-resistant, and meets the combustionrequirements of Class A bundles (IEC60332-3-22). | |
| ML-GDWH1052 | 105℃ silane cross-linked halogen-freeflame-retardant sheathmaterial for ships | It is suitable for cablesheaths used on ships | Sheaths for ship cables, conforming to GJB 1916, single oil-resistant, and meeting the combustion requirements of Class Abundles (IEC60332-3-22). | |
| ML-GH1051N-S | 105℃ silane cross-linked halogen-freeflame-retardant sheathmaterial for ships | It is suitable for cablesheaths used on ships | The ship cable sheath complies with SHF2 in IEC 60092-359standard, is single oil-resistant, and meets the combustionrequirements of Class A bundles (IEC60332-3-22). | |
| ML-GH1051N | 105℃ silane cross-linked halogen-freeflame-retardant sheathmaterial for ships | It is suitable for cablesheaths used on ships | The ship cable sheath complies with SHF2 in IEC 60092-359standard, is double oil-resistant, and meets the combustionrequirements of Class A bundles (IEC60332-3-22). | |
| ML-FJ125QA | Irradiated Halogen-free flame-retardantinsulating material forvehicle interior wiresat 125℃ | Suitable for insulation ofEV lines | Insulation for high-voltage wires (EV wires) inside new energyvehicles, operating temperature :-25 to 125℃, meetingISO19642 standards. | |
| ML-FJ125QB | Irradiated Halogen-free thin-walledautomotive wirematerial at 125℃ | It is suitable for insulationof thin-walled automotivewires | Insulation for thin-walled automotive wires, operatingtemperature :-25 to 125℃, meeting ISO6722, DIN72551, QC/T730, SAE J1128, JASO D618 standards. | |
| LSZHPVC | ML-FJ150QB | Irradiated halogen-free thin-walledautomotive wirematerial at 150℃ | It is suitable for insulationof thin-walled automotivewires | Insulation for thin-walled automotive wires, operatingtemperature :-25 to 150°℃, meeting ISO6722, DIN72551, QC/T730, SAE J1128, JASO D618 standards. |
| ML- | 125℃ oil-resistantirradiated halogen- | It is suitable for oil-resistant internal insulationin rail transit | The inner insulation of the rail transit cable is double oil-resistant and non-flame-retardant, with a working temperaturerange of -40 to 125℃. When used in conjunction with the outerinsulation, it meets the standards of JB/T 1484, En50264 andQ-CR814. | |
| FJ125NY-N | free flame-retardantpolyolefin innerinsulating material | |||
| ML- | 125℃ oil-resistantirradiated halogen-free flame-retardantpolyolefin outerinsulation material | It is suitable for oil-resistant externalinsulation in rail transit | The outer insulation for rail transit cables is double oil-resistantand flame-retardant, with a working temperature range of -40to 125C. When used in conjunction with the inner insulation, itmeets the standards of JB/T 1484, En50264, and Q-CR814. | |
| FJ125NY-W | ||||
| ML-GJ125NY-W | 125℃ oil-resistantsilane cross-linkedhalogen-free flame-retardant polyolefininner insulationmaterial | It is suitable for oil-resistant internal insulationin rail transit | The inner insulation of the rail transit cable is double oil-resistant and non-flame-retardant, with a working temperaturerange of -40 to 125C. When used in conjunction with the outerinsulation, it meets the standards of JB/T 1484, En50264 andQ-CR814. | |
| ML-GJ125NY-N | 125℃ oil-resistantsilane cross-linkedhalogen-free flame-retardant polyolefinouter insulationmaterial | It is suitable for oil-resistant externalinsulation in rail transit | The outer insulation for rail transit cables is double oil-resistantand flame-retardant, with a working temperature range of -40to 125℃. When used in conjunction with the inner insulation, itmeets the standards of JB/T 1484, En50264, and Q-CR814. | |
| ML-FH125NY-A | 125℃ Oil-resistantirradiated halogen-free flame-retardantpolyolefin sheathmaterial (92A) | It is suitable for oil-resistant sheaths of railtransit | Insulation for rail transit cables, with a hardness of 92A, doubleoil resistance, operating temperature range -40 to 125°℃,meeting the standards of JB/T 1484, En50264 and Q-CR814 | |
| ML-R7052-96 | 105℃ PVC materialfor low voltageautomotive cable | Suitable for insulation ofthin-walled automotivecables | Insulation material for thin-walled automotive cables, operatingtemperature : -40~ 105℃, meet with ISO6722, DIN72551,QC/T 730, SAE J1128 standards. | |
| ML-R7052-93 | 105℃ PVC materialfor low voltageautomotive cable | Suitable for insulation ofthin-walled automotivecables | Insulation material for thin-walled automotive cables, operatingtemperature: -40~105℃, meet with ISO6722, DIN72551,QC/T 730, SAE J1129 standards. | |
| ML-R7052-88 | 105℃ PVC materialfor low voltageautomotive cable | Suitable for insulation ofthin-walled automotivecables | Insulation material for thin-walled automotive cables, operatingtemperature : -40~ 105℃, meet with ISO6722, DIN72551,QC/T 730, SAE J1130 standards. | |
| ML-R7052-80 | 105℃ PVC materialfor low voltageautomotive cable | Suitable for insulation ofthin-walled automotivecables | Insulation material for thin-walled automotive cables, operatingtemperature : -40~ 105℃, meet with ISO6722, DIN72551,QC/T 730, SAE J1131 standards. | |
| ML-R7802-96 | 80℃PVC material forlow voltageautomotive cable | Suitable for insulation ofthin-walled automotivecables | Insulation material for thin-walled automotive cabless,operating temperature : -40~80℃, meet with JASO D611standard. | |
| ML-R7802-93 | 80CPVC material forlow voltageautomotive cable | Suitable for insulation ofthin-walled automotivecables | Insulation material for thin-walled automotive cabless,operating temperature : -40~80℃, meet with JASO D612standard. | |
| ML-R7802-88 | 80CPVC material forlow voltageautomotive cable | Suitable for insulation ofthin-walled automotivecables | Insulation material for thin-walled automotive cabless,operating temperature : -40~80℃, meet with JASO D613standard. |
| Type | Grade | Product Name | Applications | Products Advantages |
| LSZH | ML- | Irradiated halogen-free, lowsmoke and flame-retardantpolyolefin PV cable insulatingmaterial | Suitable for PVcables insulation | The insulation of PV cable, with a density of 1.28g/cm3, canmeet the requirements of TUV 2PfG1169-2007, EN50618-2014 and IEC62930-201 standards |
| FJ125-PV | ||||
| ML-FH125-PV | Irradiated halogen-free, lowsmoke and flame-retardantpolyolefin PV cable sheathmaterial | Suitable for PVcable sheath | The sheath of PV cable, with a density of 1.43g/cm3, can meetthe requirements of TUV 2PfG1169-2007, EN50618-2014and IEC62930-2017 standards | |
| ML-FJ125-PV(Ad8) | Irradiated halogen-free, lowsmoke and flame-retardantpolyolefin PV cable insulatingmaterial | Suitable for PVcable insulation | Water-resistant PV cable insulation, with a density of0.94g/cm3, can meet the TUV 2PfG 2750 standard and AD8waterproof requirements | |
| ML-FH125-PV(Ad8) | Irradiated halogen-free, lowsmoke and flame-retardantpolyolefin PV cable sheathmaterial | Suitable for PVcable sheath | PV cable sheath, with a density of 1.43g/cm3, can meet theTUV 2PfG 2750 standard and TUV AD8 waterproofrequirements | |
| ML-FJ125-PV(UL) | Irradiated halogen-free, lowsmoke and flame-retardantpolyolefin PV cable insulatingmaterial | Suitable for UL PVcable insulation | UL PV cable insulation, with a density of 0.94g/cm3, can meetthe requirements of the UL4703 photovoltaic cable standard | |
| ML-FH125-PV(UL) | Irradiated halogen-free, lowsmoke and flame-retardantpolyolefin PV cable sheathmaterial | Suitable for UL PVcable sheath | UL PV cable sheath, with a density of 1.45g/cm3, can meet therequirements of UI4703 photovoltaic cable standard | |
| ML-FJ125-PVS | Irradiated halogen-free, lowsmoke and flame-retardantpolyolefin PV cable insulatingmaterial | It is suitable for theinsulation layer ofoffshore PV cable | The insulation of offshore PV cable, with a density of 0.94g/cm3,can meet the requirements of the TUV 2PfG 2962 standard | |
| ML-FH125-PVS | Irradiated halogen-free, lowsmoke and flame-retardantpolyolefin PV cable sheathmaterial | It is suitable for thesheath layer ofoffshore PV cable | The sheath for offshore PV cable, with a density of 1.45g/cm3,can meet the requirements of the TUV 2PfG 2962 standard | |
| ML- | 125℃ irradiated Halogen-free flame-retardant | Suitable forconnection cables | Cable insulation for energy storage systems, density1.38g/cm3, flexible 86A. The produced cables meetrequirements such as 2PfG 2693 and can comply with theCQC-1143 standard | |
| FJ125-ES | polyolefin insulation materialfor energy storage cables | of energy storagesystems | ||
| ML-FH125-ES | 125℃ irradiated halogen-free flame-retardantpolyolefin sheath material forenergy storage cables | Suitable forconnection cablesof energy storagesystems | Cable sheath for energy storage system, density 1.38g/cm3,soft 92A, the produced cable meets the requirements of 2PfG2693, etc., and can meet the CQC-1143 standard | |
| XLPOPVC | ML-GJ125-PV | 125℃ Silane cross-linkedhalogen-free low smokeflame-retardant polyolefinPV cable insulating material | Suitable for PVcable insulation | |
| The insulation of PV cable, with a density of 0.92g/cm3, canmeet the requirements of standards such as TUV 2PfG1169-2007,EN50618-2014,IEC62930-2017,and UL4703-2010 | ||||
| ML-GH125-PV | 125℃ Silane cross-linkedhalogen-free, low smokeand flame-retardantpolyolefin PV cable sheathmaterial | Suitable for PVcables sheath | The sheath of PV cable , with a density of 1.49g/cm3 can meetthe requirements of standards such as TUV 2PfG1169-2007,EN50618-2014,IEC62930-2017,and UL4703-2010 | |
| ML-GJH7251CN | 125℃ silane cross-linkedhalogen-free flame-retardant polyolefininsulation&sheath materialfor energy storage cables | Suitable forconnection cablesof energy storagesystems | Cable insulation&sheath for energy storage system, density1.4g/cm3, soft 88A, the produced cable meets the requirementsof 2PfG 2693, etc., and can meet the TICW27-20XX standard | |
| ML-R8052Z | 105℃ flame-retardant PVCinsulation material for energystorage cables | Suitable forconnection cablesof energy storagesystems | The insulation of the cables used in the energy storage systemcomplies with the requirements of UL758 standards 10269,10974, and 11627 wire gauges | |
| ML-R8052WZ | 105℃ cold-resistant -40℃flame-retardant PVCinsulation material for energystorage cables | Suitable forconnection cablesof energy storagesystems | The insulation of the cables used in the energy storage systemcomplies with the UL758 standard 10269, 10974, and 11627specifications, and have the ability to withstand lowtemperatures of -40℃. | |
| ML-R8252WZ | 125℃ cold-resistant -40℃flame-retardant PVCinsulation material for energystorage cables | Suitable forconnection cablesof energy storagesystems | Cable insulation for energy storage systems, with atemperature resistance range of -40℃ to 125℃, made ofenterprise standard customized materials |
BUILDING WIRE COMPOUNDS
| Type | Grade | Product Name | Applications | Products Advantages |
| LSZH | ML-J9001 | Thermoplastichalogen-free lowsmoke flame-retardantinsulating material | It is applicable to theinsulation layer of buildingwires, low-voltage wires,control wires and powerwires | It's suitable for thermoplastic insulation layers, it can passthrough single vertical burning, with Ol≥30 and typical value32. Its performance complies with the applicable standardsJB/T10491 and GB/T32129 |
| ML-FJ1051 | 105℃ irradiationcross-linked halogen-free low smoke flame-retardant insulatingmaterial | It is applicable to theinsulation layer of buildingwires, low-voltage wires,control wires and powerwires | It is suitable for 105-degree irradiation cross-linked insulationlayers, capable of single vertical burning with a cross-sectionalarea of 2.5mm² or more, with an Ol of ≥30 and a typical valueof 32. Its performance complies with the applicable standardsJB/T10491, GB/T32129, EN50363, and EI5 types | |
| ML-FH1051 | 105℃ irradiationcross-linked halogen-free low smoke flame-retardant insulatingmaterial | It is suitable for the sheathlayer of building wires,low-voltage wires, controlwires and power wires | It is suitable for 105-degree irradiation cross-linked insulationlayers, capable of single vertical burning with a cross-sectionalarea of 2.5mm² or more, with an Ol of ≥30 and a typical valueof 32. Its performance complies with the applicable standardsJB/T10491 and GB/T32129 | |
| ML-FJ1251 | 125℃ irradiationcross-linked halogen-free low smoke flame-retardant insulatingmaterial | It is applicable to theinsulation layer of buildingwires, low-voltage wires,control wires and powerwires | It is suitable for 125-degree irradiation cross-linked insulationlayers, with a cross-sectional area of 2.5mm² and singlevertical burning. The Ol is ≥30 and the typical value is 32. Theperformance complies with the applicable standardsJB/T10491 and GB/T32129 | |
| ML-FJ105B1 | 105℃ irradiationcross-linked halogen-free low smoke B1grade insulatingmaterial | It is applicable to theinsulation layer of buildingwires, low-voltage wires,control wires and powerwires | It is suitable for 105-degree irradiation cross-linked insulationlayers, capable of single vertical burning of 2.5mm² and aboveas well as B1-level beam burning, with an Ol of ≥35 and atypical value of 38. Its performance complies with theapplicable standards JB/T10491, GB/T32129, and GB 31247 | |
| ML-FJ125Y | Long-life 125℃irradiation cross-linked internalinsulating material | Long-term insulation | It is suitable for 70-year-long irradiated cross-linked innerinsulation layers, featuring extremely high insulation resistanceand long-term aging resistance.The performance complies with the JG/T441 and JG/T442standards for inner insulation layers | |
| ML-FJ125W | Long-life 125℃irradiation cross-linked externalinsulating material | Long-life external insulation | It is suitable for 70-year-long irradiated cross-linked externalinsulation layers, featuring high flame retardancy and long-term aging resistance. The performance complies with theJG/T441 and JG/T442 standards for external insulation layers | |
| ML-FH125W | Long-life 125℃irradiation cross-linked sheath material | Long-life sheath | It is suitable for the 70-year-long irradiation cross-linked innerinsulation layer, featuring high flame retardancy and long-termaging resistance, and its performance complies with theJG/T442 standard for the sheath layer | |
| XLPOPVC | 105℃ silane cross- | It is applicable to theinsulation layer of buildingwires, low-voltage wires,control wires and powerwires | It is suitable for 105-degree silane cross-linked insulationlayers, capable of single vertical burning with a cross-sectionalarea of 2.5mm² or more, with an Ol of ≥30 and a typical valueof 32. Its performance complies with the applicable standardsJB/T10491, GB/T32129, EN50363, and EI5 types | |
| ML-GJ8052B | linked halogen-freelow smoke flame-retardant insulatingmaterial | |||
| ML-GJ125 | 125℃ silane cross-linked halogen-freelow smoke flame-retardant insulatingmaterial | It is applicable to theinsulation layer of buildingwires, low-voltage wires,control wires and powerwires | It is suitable for 125-degree silane cross-linked insulationlayers, and can meet the requirements of single verticalburning and beam A/B burning of 2.5mm² and above. The Ol is≥32, with a typical value of 34. The performance complies withthe applicable standards JB/T10491 and GB/T32129 | |
| ML-GJ125C | 125℃ silane cross-linked halogen-freelow smoke flame-retardant insulatingmaterial | It is applicable to theinsulation layer of buildingwires, low-voltage wires,control wires and powerwires | It is suitable for 125-degree silane cross-linked insulationlayers, meeting the requirements of single vertical combustionand beam A/B/ C combustion, with an Ol of ≥35 and a typicalvalue of 36. Its performance complies with the applicablestandards JB/T10491 and GB/T32129 | |
| ML-GJ125B1 | 125℃ silane cross-linked halogen-freelow smoke B1 gradeinsulating material | It is applicable to theinsulation layer of buildingwires, low-voltage wires,control wires and powerwires | It is suitable for 125-degree silane cross-linked insulationlayers, and can be burned vertically in single strands of 2.5mm²and above as well as in B1-level bundles. The Ol is ≥35 andthe typical value is 37. The performance complies with theapplicable standards JB/T10491, GB/T32129, and GB 31247 | |
| ML-R6702-90 | 70℃ PVC insulationmaterial | Suitable for insulation ofbuilding wire, low-voltagecable, control cable andpower cord cable | The product complies with the GB/T8815 standard, and thefinished wire products meet the GB/T5023 and JB/T8734standards. | |
| ML-R6702-88 | 70℃ Soft PVCinsulation material | Suitable for insulation ofbuilding wire, low-voltagecable, control cable andpower cord cable | The product complies with the GB/T8815 standard, and thefinished wire products meet the GB/T5023 and JB/T8734standards. | |
| ML- | 70℃ Soft PVC sheathmaterial | Suitable for sheath ofbuilding wire, low-voltagecable, control cable andpower cord cable | The product complies with the GB/T8815 standard, and thefinished wire products meet the GB/T5023 and JB/T8734standards. | |
| R6701-85 | ||||
| ML-H6702Z-90 | 70℃ Flame-retardantPVC insulationmaterial | Suitable for insulation ofbuilding wire, low-voltagecable, control cable andpower cord cable | The product complies with the GB/T8815 standard. Thefinished wire products meet the GB/T5023 and JB/T8734standards, and the flame retardancy meets the requirements ofGB/T18380.35 (IEC60332-3-24) for Class C bundledcombustion. | |
| ML-H6701Z-85 | 70℃ Fame-retardantsoft PVC sheathmaterial | Suitable for insulation ofbuilding wire, low-voltagecable, control cable andpower cord cable | The product complies with the GB/T8815 standard. Thefinished product meets the GB/T5023, JB/T8734 standards,and the flame retardancy meets the requirements ofGB/T18380.35 (IEC60332-3-24) for Class C bundledcombustion. |
| Type | Grade | Product Name | Applications | Products Advantages |
| LSZH | ML-FJ105V | 105℃ irradiationcross-linked halogen-free flame-retardantpolyolefin insulatingmaterial (VW-1) | It is suitable for insulationof electronic wires,instrument wires andelectrical equipment wires | 105℃ Halogen-free flame retardant, density 1.36g/cm3, flameretardancy meets VW-1 requirements, performance complieswith UL758 and CQC1111 standards, and meets RoHS andREACH environmental protection requirements. |
| ML-FJ125LV | 125℃ irradiation cross-linked flame-retardantpolyolefin insulatingmaterial (VW-1) | It is suitable for insulationof electronic wires,instrument wires andelectrical equipment wires | 125℃ flame-retardant polyolefin, density 1.38g/cm3, flameretardancy meets VW-1 requirements, performance complieswith UL758 and CQC1111 standards, and meets RoHS andREACH environmental protection requirements. | |
| ML-FJ150LV | 150℃ irradiation cross-linked flame-retardantpolyolefin insulatingmaterial (VW-1) | It is suitable for insulationof electronic wires,instrument wires andelectrical equipment wires | 150℃ Flame-retardant polyolefin, with a density of 1.38g/cm3,meets the VW-1 flame retardancy requirements, and itsperformance complies with UL758 and CQC1111 standards,as well as RoHS and REACH environmental protectionrequirements | |
| ML-FJ125Z | 125℃ irradiationcross-linked halogen-free flame-retardantpolyolefin insulatingmaterial (FT2) | It is suitable for insulationof electronic wires,instrument wires andelectrical equipment wires | 125℃ Halogen-free flame retardant, density 1.32g/cm3, flameretardancy meets FT2 requirements, performance complieswith UL758 and CQC1111 standards, and meets RoHS andREACH environmental protection requirements. | |
| ML-FJ150Z | 150℃ irradiationcross-linked halogen-free flame-retardantpolyolefin insulatingmaterial (FT2) | It is suitable for insulationof electronic wires,instrument wires andelectrical equipment wires | 150℃ Halogen-free flame retardant, density 1.32g/cm³, flameretardancy meets FT2 requirements, performance complieswith UL758 and CQC1111 standards, and meets RoHS andREACH environmental protection requirements. | |
| ML-FJ125-DC | Data Center IrradiatedCross-linkedHalogen-Free Low-Smoke InsulationMaterial at 125℃ | Data center cableinsulation suitable for TUV2pfg.3316 and CQC1143standards | Data center cable insulation suitable for TUV 2pfg.3316 andCQC1143 standard requirements, with the characteristics ofsoftness, high flame retardancy and long life | |
| ML-FH125-DC | Data center irradiatedcross-linkedhalogen-free low-smoke sheathingmaterial at 125℃ | Data center cable sheathssuitable for TUV 2pfg.3316and CQC1143 standards | Data center cable sheath suitable for TUV 2pfg.3316 andCQC1143 standard requirements, with the characteristics ofsoft, high flame retardant and long life. | |
| ML-H110-R | Thermoplastic 110℃Soft Sheath Material | Data center cable sheathssuitable for AS/NZS3808and HFS-110-TPstandards | It meets the requirements of AS/NZS3808 standard HFS-110-TP, and has the characteristics of softness, high temperatureresistance, halogen-free and flame retardant. | |
| XLPOPVC | ML-GH7903N | CPE It's Silane Cross-linked elastomersheath material | It is suitable for soft andoil-resistant sheath layersof low-voltage powercables,equipment cables | meeting the standard requirements of EN 50363-2-1 EM2 andEM7, and complying with the environmental protectionrequirements of RoHS and REACH |
| ML-GJ4521 | Silane crosslinked125℃ ethylenepropylene rubberinsulation material | Data center cableinsulation suitable forAS/NZS3808 and X-HF-110 standards | It meets the requirements of AS/NZS3808 standard X-HF-110, and has the characteristics of softness, high temperatureresistance and high insulation performance. | |
| ML-EPR80 | EPR80 105℃ SilaneCross-LinkedPolyolefin ElastomerCable Material | It is suitable for weldingwire, EV charge,marinecable and some soft cableinsulation | This product has excellent processing performance,materialmechanical properties,insulation properties,flexibility andelasticity,and uses cable insulation layer of 3KV and below andcomplying with the EN50363-1 EI4 standard. | |
| ML-R6052Z | UL105℃ PVCElectronic WireMaterial | Applicable to UL standardelectronic wires forelectrical equipment | UL105C PVC electronic wire material. This product can meetUL758, UL1581 standards. Typical wire specifications are1015 and 1569. It is environmentally friendly and complies withRohs, Reach, PAHS category 2, and NO-P standards. | |
| ML-R6052WZ | UL105℃ Cold-resistant PVCelectronic wirematerial | Applicable to UL standardelectronic wires forelectrical equipment | UL105C PVC electronic wire material, with low-temperatureresistance of -40℃. This product complies with UL758 andUL1581 standards. Typical wire specifications are 1015 and1569. It is environmentally friendly and meets the Rohs, Reach,PAHS category II, and NO-P standards. | |
| ML-R6051Z | UL105℃ PVCSheath material | Applicable to UL standardelectronic wires,power cordfor electrical equipment | UL105℃ PVC sheath material. This product can meet UL62,UL2556 standards. It is environmentally friendly and complieswith Rohs, Reach, PAHS category 2, and NO-P standards. | |
| ML-R6051WZ | UL105℃ Cold-resistant PVC sheathmaterial | Applicable to UL standardelectronic wires,power cordfor electrical equipment | UL105℃ PVC sheath material, with low-temperatureresistance of -40℃. The product can meet UL62, UL2556standards, and is environmentally friendly, complying withRohs, Reach, PAHS category 2, and NO-P standards. | |
| ML-R6802Z | UL80℃ PVC ElectronicWire Material | Applicable to UL standardelectronic wires forelectrical equipment | UL80℃ PVC electronic wire material. This product can meetUL758, UL1581 standards. The typical wire gauge is 1007. It isenvironmentally friendly and complies with Rohs, Reach, PAHScategory 2, and NO-P standards. | |
| ML-R6802WZ | UL80℃ Cold-resistantPVC Electronic WireMaterial | Applicable to UL standardelectronic wires forelectrical equipment | UL80℃ PVC electronic wire material, with low-temperatureresistance down to -40℃. This product complies with UL758and UL1581 standards. Typical wire gauge is 1007. It isenvironmentally friendly and meets the Rohs, Reach, PAHScategory II, and NO-P standards. | |
| ML-R6801Z | UL80℃ PVC sheathmaterial | Applicable to UL standardelectronic wires,power cordfor electrical equipment | UL80C PVC sheath material. This product can meet UL62,UL2556 standards, and is environmentally friendly, complyingwith Rohs, Reach, PAHS category II, and NO-P standards. | |
| ML-R6801WZ | UL80℃ Cold-resistantPVC sheath material | Applicable to UL standardelectronic wires,power cordfor electrical equipment | UL80C PVC sheath material, with low-temperature resistancedown to -40℃. The product can meet UL62, UL2556standards, and is environmentally friendly, complying withRohs, Reach, PAHS category II, and NO-P standards. |
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