Premium Shoe Materials.

Precision-engineered for global brands.Quality you can trust for your next production line.

PVC Foam Rubber
Patented composite technology.
30% longer lifespan
with superior anti-slip & odorless performance.

Commitment to Sustainability

We believe in green manufacturing. Our advanced PVC-rubber composites are 100% recyclable, ensuring zero manufacturing waste. We strictly control harmful substances—our materials contain only 0.0178% phthalates, far below international limits, and fully comply with the EU RoHS directive. Safe for the environment, safe for your customers.

Automated Production &
Custom OEM

Backed by over 18 years of R&D, our fully automated facilities ensure consistent quality for global orders. We offer end-to-end customized solutions tailored to your specific needs, including precise adjustments to color, weight, and hardness. Rapid prototyping available.

Premium Shoe Materials - 动效演示

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40,000+ Flexing Tests

Zero cracks. Far exceeding industry standards for durability.

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208mm Wear Resistance

Outperforms the 300mm standard, extending lifespan by 30%.

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0.69 Anti-Slip Rating

Wet slip resistance far exceeds the 0.40 national safety standard.

Uncompromising Grip on Wet Surfaces

Industry Safety Standard (Wet COF) 0.40

PY PVC-Rubber Composite 0.69

Micro-Deformation Lab

Simulating dynamic heel strike impact on varying material densities & softness.

1. Softness (Asker C) 60 LX-C

2. Weight & Density 160 G

↓ 2.0 mm

Heel Strike

12mm

6mm

0mm

* Testing Baseline: Standard men's slipper, EU size 42, 12mm thick eco-friendly PVC/Rubber composite.
* Dynamic Impact Test: Simulates the localized peak stress of a 60kg adult's heel strike during walking.
Lightest spec achievable: 120g / 53 LX-C (High expansion rate, max instantaneous deformation); Standard baseline: approx. 160g / 60 LX-C (approx. 2.0mm compression, optimal balance of softness and support).
(Note: Maximum theoretical density reaches 200g, yielding a solid, non-porous structure. Destructive limit testing not conducted).