EVA Sheet used for insoles Wholesale Model A-P

Item nr A-P
Hardness 38±3°
Density ≦0.160g/cm³
Rebound rate ≧40%
Tensile Strength ≧11.09kgf/c㎡
Compression Deflection ≦38%

IDEASTEP provides a variety of EVA materials, which can be customized for production in terms of color, density, hardness, shape, etc.

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EVA Sheet used for insoles Wholesale Model A-P EVA Sheet used for insoles Wholesale Model A-P EVA Sheet used for insoles Wholesale Model A-P EVA Sheet used for insoles Wholesale Model A-PEVA application casesPartner Enterprise certificate boss background EVA's environmental protection Craftsmanship product quality Production scale Company strength Excellent after-sales service EVA production process diagram Product service lifeCorporate story Corporate story

 

  1. Optimal Hardness for Comfort: With a hardness rating of 38±3°, the elastic EVA sheet offers the perfect balance between softness and durability. This hardness level ensures both comfort and support for the feet, making it suitable for use in a wide range of shoe types and for various foot sizes.

  2. Lightweight and Compact: With a density of ≦0.160g/cm³, the EVA sheet is exceptionally lightweight, adding minimal bulk to the shoe. This lightweight design ensures a seamless fit and feel, reducing fatigue and discomfort.

  3. Excellent Elasticity and Rebound: The rebound rate of ≧40% indicates the EVA sheet’s excellent elasticity. This means it can quickly recover its original shape after being compressed, providing consistent support and cushioning with every step.

  4. High Tensile Strength for Durability: A tensile strength of ≧11.09kgf/c㎡ ensures that the EVA sheet can withstand repeated stretching and compression without tearing or breaking. This durability ensures that the insole lining will last for a long time, maintaining its performance and comfort.

  5. Controlled Compression Deflection: With a compression deflection of ≦38%, the EVA sheet offers controlled compression, meaning it will compress to a certain extent and then resist further compression. This controlled deflection ensures consistent support and cushioning, preventing sudden impacts or over-compression.