Recycled EVA Granules Technical Specification

Recycled EVA granules are reprocessed from post-industrial or post-consumer EVA waste materials through advanced recycling technologies. These environmentally friendly granules maintain 85-95% of virgin material properties while reducing carbon footprint by 40-60%. The recycling process involves collection, sorting, cleaning, and re-compounding to ensure consistent quality.

Key Features

Material Composition: Contains 30-100% recycled content
Density: 0.15-0.30g/cm³ (adjustable)
Hardness: 25-65 Shore C
Tensile Strength: 1.8-4.5MPa

Recycling Process

Waste Collection: Sorted by color/material type
Cleaning: Ultrasonic washing at 60-80°C
Reprocessing: Twin-screw extrusion at 120-160°C

Recycled EVA granules are produced from post-industrial and post-consumer EVA waste through an advanced recycling process. These environmentally friendly granules maintain 90-95% of the performance characteristics of virgin EVA material while reducing carbon emissions by 40-60% during production. The recycling process begins with automated infrared sorting that achieves 99% material purity, followed by cryogenic grinding at -80°C to preserve polymer integrity.Our recycled EVA demonstrates outstanding durability with ≤15% compression set at 70°C and ≤100 mm³ abrasion loss in DIN testing.

Applications

Footwear: Non-load bearing components (insoles, straps)
Packaging: Protective padding for medium-weight items
Consumer Goods: Yoga mats, children's play mats

Supply Details

Minimum Order Quantity: 1000kg
Packaging: 25kg waterproof woven bags
Lead Time: 10-15 working days after sample approval

Certifications

GRS (Global Recycled Standard) certified
OEKO-TEX Class 1 (for direct skin contact)
ISO 14021 for post-consumer content declaration
ISO 14067 carbon footprint verification
GB/T24001-2016/ISO14001:2015 environment certified
GB/T19001-2016/ISO9001:2015 quality certified

Certified to GRS and quality standards, these granules contain 30-100% recycled content. The material is particularly valued in sustainable footwear manufacturing where it's used for midsoles with 40% recycled content, meeting ASTM F1614 requirements for athletic shoes. In packaging applications, it provides cushioning inserts with up to 70% post-consumer recycled material that comply with ISTA 3A impact standards.