Footwear Grade EVA Compound
PRODUCT DETAIL
| Item | Specification |
| Brand Name | BAYEUX |
| Product Name | EVA Shoes Raw Material |
| Material Type | EVA Pellets + Foaming Agent |
| Density | 0.92-0.95 g/cm |
| Hardness | 30-60 Shore A |
| Tensile Strength | 10-15 MPa |
| Elongation at Break | 300-600% |
| Water Absorption | Less than 0.5% |
| Processing Method | Injection Molding / Compression Molding |
| Expansion Ratio | 1.3-1.8 Times |
| Appearance | Uniform EVA Granules |
| Features | Soft Touch, High Elasticity, Lightweight Structure |
| Advantages | Stable Foaming Performance, Consistent Product Quality |
| Packaging | 25kg Export Standard Bags |
| Production Capacity | 1,500 Tons/Month |
| Origin | Fujian, China |
Key Features
Our Footwear Grade EVA Compound is engineered to deliver reliable processing performance and superior physical properties for modern, high-volume shoe manufacturing. The carefully balanced chemical formulation ensures highly stable foaming, uniform cell expansion, and smooth molding results, helping factory managers achieve flawless product consistency across massive production batches.
By utilizing advanced structural cross-linking, this premium EVA shoe material features an ultra-low density while maintaining exceptional flexibility and high resilience. This allows finished footwear—such as sandals, slides, sneakers, and casual shoes—to remain incredibly lightweight, comfortable, and long-lasting. As a highly adaptable manufacturing material, it offers excellent rheological compatibility with both automated injection molding and traditional compression molding processes, making it the ideal choice for a wide range of EVA footwear applications.
To meet diverse international market demands, our industrial compound can be fully customized in hardness, density, expansion ratio, and vibrant color matching, enabling footwear brands to develop unique products with distinct performance characteristics.
Production Compatibility
Our Footwear Grade EVA Compound pellets are engineered to work efficiently with:
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EVA injection molding machines (automatic multi-station rotary systems)
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Traditional hydraulic compression molding equipment
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Automatic precision foaming systems
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One-piece slipper/clog shoe molds
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High-speed, continuous footwear production lines
Note: Proper calibration matching between the material expansion ratio and the physical mold design helps ensure accurate final product dimensions and repeatable production quality.
Typical Applications & Material Selection Guide
| Application | Typical Products | Material Softness | Density Level | Expansion Level | Performance Focus |
| Indoor Slippers | Home slippers, hotel slippers | Soft | Low | High | Maximum comfort and soft cushioning |
| Bathroom Slides | Bathroom slides, shower sandals | Medium-Soft | Low-Medium | High | Waterproof performance and everyday comfort |
| Beach Sandals | Beach sandals, summer footwear | Medium | Medium | Medium | Outdoor durability and flexibility |
| Flip-Flops | EVA flip-flops | Soft-Medium | Low | High | Lightweight construction and flexibility |
| Garden Clogs | Garden clogs, work clogs | Medium-Hard | Medium-High | Low-Medium | Strong support and long-lasting durability |
| Rain Boots | EVA rain boots | Medium-Hard | Medium-High | Medium | Stability, waterproof performance, and toughness |
| Casual Shoes | Casual shoes, walking shoes | Medium | Medium | Medium | Balanced comfort, flexibility, and durability |
| Children's Footwear | Kids' shoes, children's sandals | Soft | Low | High | Soft touch, lightweight feel, and wearing comfort |
| Shoe Insoles | Comfort insoles, orthopedic insoles | Soft | Low | High | Cushioning and pressure absorption |
| Shoe Midsoles | Sports shoe midsoles, casual shoe midsoles | Medium | Medium | Medium | Shock absorption and energy return |
| Sports Footwear | Running shoes, training shoes | Medium | Medium | Medium | Resilience, support, and lightweight performance |
| Computer Bags | Laptop bags, protective carrying cases | Medium-Soft | Low-Medium | Medium | Impact protection, lightweight structure, and durability |
| Yoga Columns | Foam rollers, yoga columns | Medium-Hard | Medium-High | Low-Medium | Firm support, shape retention, and pressure resistance |
| Swimming Kickboards | Kickboards, swim training boards | Medium | Low | High | Excellent buoyancy, water resistance, and lightweight performance |
| Highway Collision Prevention Barriers | Traffic safety barriers, impact protection blocks | Hard | High | Low | High impact absorption, weather resistance, and structural strength |
| Floor Mats | Anti-fatigue mats, gym mats, flooring mats | Medium | Medium | Medium | Cushioning, slip resistance, and wear resistance |
Note: The values above are general recommendations only. Final material selection should be determined according to mold structure, processing conditions, expansion requirements, and finished product performance. Customized EVA formulations are available to meet specific production needs.
Why Choose Our EVA Footwear Compound
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Stable Processing Performance: Optimized for continuous, high-volume production with minimal downtime.
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Uniform Foaming & Shrinkage Control: Delivers reliable expansion ratios and excellent dimensional stability to prevent out-of-spec shrinkage.
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Lightweight Cushioning: Combines low-density characteristics with high elasticity and superior shock absorption.
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Low Water Absorption: Closed-cell foam structure provides natural moisture resistance for improved long-term durability.
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Optimized Pellet Uniformity: Uniform pellet size ensures smooth gravitational feeding and efficient processing in extruder hoppers.
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High Color Consistency: Eliminates color bleeding and batch-to-batch variation, ensuring an attractive finished product appearance.
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Reduced Material Waste: Stable batch-to-batch quality dramatically lowers scrap rates during the molding phase.
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Professional Technical Support: On-site engineering assistance available for material selection, formulation tweaking, and production line optimization.
Quality Control
Every production batch undergoes multiple rigorous scientific inspections before shipment to guarantee global compliance.
| Inspection Item | Testing Focus & Metric |
| Density Consistency | Verifies uniform structural weight and low-density benchmarks |
| Hardness Testing | Assesses precise Shore C/Asker C hardness levels |
| Expansion Ratio Verification | Ensures exact foaming metrics match customer mold specifications |
| Color Consistency | Spectrophotometer testing to eliminate batch color variations |
| Pellet Size Inspection | Guarantees standard dimensions for jam-free screw feeding |
| Moisture Content | Deep lab drying tests to prevent internal bubbling defects |
| Tensile Strength | Measures elongation at break and tear resistance |
| Batch Traceability | Full raw material tracking codes printed on every bulk bag |
Only 100% qualified materials are packed and cleared for international delivery.
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SOLUTIONS & FAQ
Q: Can EVA hardness affect finished shoe comfort?
Q: How long does production and delivery take?
Q: How is EVA material stored properly?
Q: Can this material be used for injection shoe machines?
Q: What is the advantage of EVA compound compared to rubber?
Q: Do you provide technical support for production?
A: Yes, we provide full technical support including material selection, machine matching, and production guidance.