Elastic Wear-Resistant Tpee Material Anti-Tear for Shoe Production

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Product Description

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Basic Information

Model NO.AS-8613
Formula(C2h40)X(C4h6o
EINECS607-457-0
MaterialTpee Copolymer
UsageGeneral Plastics
PropertiesThermoplastic Plastics
Forming MethodInjection
ColorWhite
Capacity680,000 Tons/Year
OriginChina
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Product Innovation

Why do most anti-tear materials fail?

Ordinary tear-resistant additives often compromise compression performance. AS-8613 achieves true innovation by delivering a tear strength exceeding 23 N/cm without sacrificing other critical properties.

Core Advantages:
  • Superior resilience, tear resistance, and shape retention.
  • Directly applicable to existing chemical foaming processes.
  • Fine rice-grain shape for uniform plasticization.
Tpee Material Anti-Tear
Elastic Wear-Resistant Material
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Performance Comparison

Parameter Unit AS-8613 Value Industry Benchmark
Densityg/cm³0.35-0.380.28-0.32
Resilience rate%72-7760-65
Tear resistancekN/m39-4328-32
Compression set%8-1015-18
Resilience (-30℃)%65-7050-55
Resilience (after 500km)%88-9075-80
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Applications & Mechanism

Suitable for: EVA Foamed Soles, Primary/Secondary Foaming, Midsoles, and Outsoles.

EVA Sole Application

AS-8613 acts as an interfacial tension agent for the EVA matrix. It constructs a synergistic network of "elastomer toughening + hard segment reinforcement." Tear strength typically increases by 60%–80% depending on the formulation.

Production Process
Material Display
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R&D and Manufacturing

Our production system is ISO-certified, focusing on advanced R&D and patented technologies to solve complex challenges in the construction, automotive, and footwear industries.

Laboratory R&D
Factory Overview
Production Line 1
Production Line 2
Production Line 3

Why Choose Our Solutions

  • Direct Manufacturing: Competitive pricing and strict quality control without intermediaries.
  • Efficient Formula: High-concentration formulas reduce per-use costs and shipping needs.
  • Technical Support: Direct collaboration with R&D teams to resolve specific production challenges.
  • Global Logistics: Reliable logistics solutions tailored for Asia, Europe, and the Americas.

Frequently Asked Questions

1. What is the primary benefit of AS-8613 over traditional additives?
Unlike traditional additives that compromise compression for tear resistance, AS-8613 enhances tear strength (over 23 N/cm) while maintaining high resilience and low shrink rates.
2. Does it require adjustments to current production lines?
No, it is directly applicable to existing chemical foaming processes without needing equipment modifications.
3. What is the significance of the rice-grain shape?
The finer rice-grain shape enables much better and more uniform plasticization during processing compared to block or coarse granules.
4. How much can tear strength be improved?
Depending on the specific formulation ratios, tear strength typically increases by 60% to 80% when using AS-8613.
5. Is AS-8613 suitable for cold-weather applications?
Yes, it maintains a high resilience rate of 65-70% even at temperatures as low as -30℃.
6. How does it affect the durability of shoe soles?
It enhances abrasion resistance (wear volume ≤0.3cm³/1.61km) and maintains high resilience (88-90%) even after walking 500km.

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