Purple/black dual density EVA compression block

Ideastep provides EVA processing and production services with different densities

Description

  Parameters of purple/black dual-density EVA compression block:

Material EVA
Type Foam
Place of Origin XiaMen, China
Brand Name Ideastep
Model Number Eva CNC Milling#2
Product Name EVA foam Blocks
Color Purple/black or Custom Color
Size Can be customized
Feature Shock Resistance
Thickness Can be customized
Function Manufacturing insole EVA material
hardness Can be customized

  Sample drawing of purple/black dual-density EVA compression block:

purple/black dual-density EVA compression block - 2 purple/black dual-density EVA compression block - 1 purple/black dual-density EVA compression block - 3purple/black dual-density EVA compression block - 4

  Application case of purple/black dual-density EVA compression block:

dual-density EVA compression block - 1 dual-density EVA compression block - 2

Reasons for choosing Ideastep EVA Ideastep manufacturer EVA application scenario Ideastep manufacturer EVA partner Background story of Ideastep EVA manufacturer

  ”Dual-density EVA compression block” is a term used in a specific field, referring to a compression block made using two densities (or hardnesses) of ethylene-vinyl acetate copolymer (EVA) material.This design is commonly used to create insoles, soles, or other items that require support and cushioning.

  EVA is a thermoplastic elastomer that is often used to make various footwear and sportswear because of its good elasticity and durability.In a “dual-density” design, usually one part is harder EVA, providing support and stability;the other part is softer EVA, providing cushioning and comfort.

  This design can be optimized according to the needs of the user.For example, using harder EVA in areas that require more support, such as the heel, and softer EVA in areas that require more cushioning, such as the forefoot.This can improve comfort and performance, while also helping to reduce fatigue and discomfort that may occur during prolonged standing or walking.