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Snapelastomer 2082 Solution for Wear Resistance and Slip-Resistant EVA Footwear

In shoe material design, wear resistance and slip resistance have always been two major challenges, especially in sports and casual footwear. Traditional shoe materials are prone to wear and lack slip resistance in wet conditions, compromising safety during use. SILIKE Snapelastomer 2802 is an efficient functional additive specially designed for the EVA shoe material foaming system. It significantly enhances the wear resistance of the base material while improving wet slip resistance, meeting the strict safety and durability requirements for dynamic wear in sports and casual shoe soles. By using Snapelastomer 2802, footwear manufacturers can enhance product quality and meet consumer demands for safety, comfort, and durability.


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Description

SILIKE Snapelastomer 2802 is an efficient functional additive specially designed for the EVA shoe material foaming system. This slip-resistant and wear-resistant elastomer significantly enhances abrasion resistance while improving wet slip resistance. It is particularly suitable for sports and casual shoe soles that require high dynamic wear, safety, and durability.

Items

Testing Standards

Unit

Typical Value

Physical Properties      
Melt Index (MI, 190℃, 2.16kg) ISO 1133 g/10min 0.2
Melt Index (MI, 190℃, 5kg) ISO 1133 g/10min 1.9
Density ISO 1133 g/cm³ 1.01
Mechanical Properties      
Tensile Strength (5 mm/min) ISO 37 MPa 7.5
Elongation at Break (5 mm/min) ISO 37 % 273
Tensile Strength (100% Stress-Strain) ISO 37 MPa 4.5
Tear Strength (C) ISO 34 kN/m 36
Hardness (Shore A, 1s) ISO 868 A 65
Processing Parameters      
Recommended Dosage - % W/W 5.0~10
Melt Point (DSC) - 73

Benefits

1. Enhances wear resistance and anti-slip properties of EVA.
2. Significantly reduces DIN volume wear, greatly improving abrasion resistance and effectively extending the service life of the shoe sole.
3. Unlike traditional wear resistance additives that reduce the friction coefficient, this product utilizes a viscoelastic mechanism to increase both dry and wet friction coefficients, solving the problem of "slip when wet" in EVA soles.
4. After interface compatibility treatment, Snapelastomer 2802 achieves good dispersion within the EVA foaming system.
5. At the recommended dosage, it has minimal impact on tensile strength, tear strength, and hardness, allowing for functional modification without compromising the base material's essential properties.

How to use

Addition levels between 5.0~10.0% are recommended. Strongly suggest pre-blending Snapelastomer2802 and thermoplastic pellets before introduction to the extrusion process.

Remark

1. The process conditions may vary with individual equipment and processes .

2. A desiccant dehumidifying drying is recommended for all drying

Typical application case study

https://www.siliketech.com/snapelastomer/

 Performance Highlights (EVA system, 5–10% addition):
• Abrasion resistance: improved
• Dry slip resistance: enhanced
• Wet slip resistance: ≥ 0.45
• Foam compatibility: stable

Package

25KG / bag , craft paper bag with a PE inner bag

Shelf life and storge

Transport as non-hazardous chemical. Store in a cool, well ventilated place.

Original characteristics remain intact for 12 months from the production date, if kept in recommend storage.

FAQ

Snapelastomer 2802 - FAQ for EVA Sole Materials

Q1: Why is EVA slippery when wet?
A: EVA has relatively low surface friction, especially when water acts as a lubricant. Conventional additives often fail to maintain high friction under wet conditions, leading to slip hazards.

Q2: How does Snapelastomer 2802 improve EVA sole performance?
A: Snapelastomer 2802 significantly enhances both wear resistance and slip resistance in EVA soles, solving the common issue of "slip when wet" while improving the material’s durability.

Q3: Can Snapelastomer 2802 be used in EVA foaming systems?
A: Yes, Snapelastomer 2802 is specially designed for EVA foaming systems and does not interfere with the foam structure or processing performance. It disperses well and ensures stable foaming.

Q4: How does Snapelastomer 2802 compare to traditional wear-resistant additives?
A: Traditional wear-resistant additives often reduce friction, causing a trade-off between grip and durability. Snapelastomer 2802, however, uses a unique viscoelastic mechanism to improve both abrasion resistance and friction without compromising either.

Q5: Does Snapelastomer 2802 affect the mechanical properties of EVA?
A: No, Snapelastomer 2802 has minimal impact on key mechanical properties like tensile strength, tear strength, and hardness. It provides functional modification without sacrificing the base material's performance.

Q6: What is the typical application for Snapelastomer 2802 in footwear?
A: Snapelastomer 2802 is ideal for sports and casual shoe soles that require enhanced wear resistance and slip resistance, particularly in dynamic environments where both safety and durability are critical.

Q7: What performance benefits can be expected from Snapelastomer 2802 in EVA soles?
A: You can expect improved abrasion resistance, enhanced dry and wet traction (with a COF ≥ 0.45), reduced DIN volume abrasion loss, and stable processing characteristics in EVA footwear formulations.

Q8: Is Snapelastomer 2802 compatible with lightweight EVA formulations?
A: Yes, Snapelastomer 2802 works well with lightweight EVA systems, providing both grip and durability without adding excessive weight, making it ideal for athletic and casual footwear.

Q9: How does Snapelastomer 2802 improve the safety of EVA soles?
A: By enhancing both wear resistance and wet slip resistance, Snapelastomer 2802 significantly improves the safety and comfort of footwear, preventing slip accidents in both dry and wet conditions.


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