GuangDong Advanced Thermoplastic Polymer Technology Co., Ltd.
GuangDong Advanced Thermoplastic Polymer Technology Co., Ltd.

TPEs from ATPolymer

  • Improve flame-retardant performance: It has obtained UL 94V0 grade yellow card certification (1.5mm-6.0mm), which fully supports the finished cable products to pass the flame retardant test requirements of VW-1 or IEC60332.

  • Improve environmental resistance: According to the requirements of customers in different application environments, makes modifications of environmental resistance such as high-temperature resistance (150°C), mildew resistance, microorganism resistance, oil resistance, and so on.

  • Special functional modification: according to the requirements of different application scenarios, anti-UV, anti-static, conductive and other modifications have been carried out.

Thermoplastic Elastomer By Processing

Research and product design have been carried out by ATP for the extrusion application of wire and cable, injection molding of various consumer products, and over-molding applications. Which makes the extrusion rate, injection molding efficiency, coating ability, and stability of the product have been significantly improved, and the manufacturing yield of TPE materials in large-scale industrial mass production has been greatly improved.
Extruding/Under Extruding TPEs
Extruding/Under Extruding TPEs
Smooth & Matt surface, excellent hand-feeling.
Injection Molding TPEs
Injection Molding TPEs
High fluidity. Soft-touch. Overmolding compatibility with TPE/PP/PE cable.

Thermoplastic Elastomer Compound By Characteristics

ATP's modified TPEs product series (Compounded/Modified TPEs) is a matrix resin with SEBS/SEPS as the core. According to different application requirements, combined with other different types of resins (PP, PE, PS, PA, etc.), Flame retardants, functional additives, and other formulation components, and developed a series of thermoplastic elastomer products which used in wire and cable, electronic products, medical supplies, children's toys and other fields.
UV-resisitance TPEs
UV-resisitance TPEs
Smooth & soft hand-feeling, heat resistance property (80/90/105℃).
Anti-static TPEs
Anti-static TPEs
Excellent UV-resistant property, comfortable and smooth, pass the UL 80℃/105℃ jacket test.
High Temperature-resistance TPEs
High Temperature-resistance TPEs
Pass the UL VW-1 and UL 80℃/105℃ temperature resistance test, Excellent processing efficiency and property.
Anti-Mildew TPEs
Anti-Mildew TPEs
Excellent hydrolysis resistance, pass the biocompatibility test and the microorganism resistance test.
Medical Equipment Cable Jacket TPEs
Medical Equipment Cable Jacket TPEs
Passed ISO10993 "bio-compatibility" test, Safety and reliability and High-cost performance ratio.
Microbial-resistance TPEs
Microbial-resistance TPEs
Polyether elastomer base, Flame Retardant Level: 1.5 mm V0, fine and smooth surface, and soft-touch feel.
Foaming Ocean TPEs
Foaming Ocean TPEs
High-performance controllable technology, ultra-lightweight inorganic non-metallic material.
High Elasticity /Flexible TPEs
High Elasticity /Flexible TPEs
Excellent comprehensive performances, especially recovery and tear strength, good surface smoothness.
High Wear-resistance TPEs
High Wear-resistance TPEs
Authoritative certified mold-resistant materials, Hydrolysis resistance, High and low-temperature resistance.
High Hardness TPEs
High Hardness TPEs
High hardness (90A-98A), excellent mechanical properties and elasticity.
Super Soft TPEs
Super Soft TPEs
Authoritative certification, Non-cracking, Heat Resistance, More wear-resistant, Easy to process and High price-performance ratio.
More TPEs Thermoplastic Elastomer
Properties of TPE Thermoplastic Elastomer

Properties of TPE Thermoplastic Elastomer

Improved Flame Retardancy

Improved Flame Retardancy

Achieved UL Yellow Card verified V0, fully support cables products to pass the VW-1 or IEC60332 flame retardance tests.

Improved Electrical Conductivity

Improved Electrical Conductivity

TPE material is conducted modification of semi-conductive aiming at some special applications (such as medical cables) to make its surface resistance stable to no more than 103.

Improved Wearing Resistance

Improved Wearing Resistance

The introduction of rubber functional groups provides a more comfortable and soft rubber touch and wear resistance than conventional flame retardant TPEs on the market.

Chemical Foaming Modification

Chemical Foaming Modification

Chemical foaming modification is conducted to the proportion of 0.65-0.70. to meet the application requirement of marine floating cables and consumptions.

Improved Product Safety
Improved Product Safety

Exclusive patented technology: no PPS (polyphenylene ether) as a flame retardant synergist in flame-retardant design which can effectively avoid the stress cracking risk of ordinary flame retardant TPE materials applied to cables and unaccepted pungent teste.

High Hardness LSFH
Improved Environmental Resistant Performance
Improved Environmental Resistant Performance

In terms of different application requirements such as earphone cables, data cables, and medical equipment cables, environmental resistance performance is improved such as perspiration resistance, oil resistance, mold resistance, microbial resistance, Anti-UV, etc.

High Hardness LSFH
Improved Temperature Tolerance
Improved Temperature Tolerance

TPE which has passed chemical crosslinking or radiation crosslinking can meet requirements of high temperature (125℃ temperature resistance grade) flame retardance and long-term high temperature aging tests and is designed with nice softness, so it is the ideal jacket material for internal high voltage cables of new energy automobile.

High Hardness LSFH
Improved Processing Performance
Improved Processing Performance

Cable extruding application, injection molding application, and rubber coating application are all studied and products designed to improve the product extrusion rate, injection molding efficiency, coating performance, and stability that really improve the manufacturing conformity rate of TPE materials by a large margin.

High Hardness LSFH
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TPEs
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