Produced with bio-based polyols extracted from sustainable crops including corn, sugarcane and castor oil, the material effectively reduces fossil fuel dependence. All bio-based components are professionally verified and fully traceable to ensure transparent and credible green manufacturing.
The unique microporous structural design enhances air circulation efficiently, preventing sweat accumulation and stuffiness during use. With a natural and delicate hand feel, it delivers comfortable skin contact, perfectly suitable for wearable consumer products.
While adopting low-carbon and eco-friendly production methods, it retains the high durability, elastic recovery and dimensional stability of premium synthetic leather, realizing perfect integration of environmental value and practical application performance.
The material utilizes bio-based polyols extracted directly from sustainable crops, including corn, sugarcane, and castor oil, reducing dependence on petroleum-based fossil fuels.
All bio-based raw materials undergo rigorous professional verification and complete supply-chain traceability to guarantee transparent, authenticated, and environmentally responsible manufacturing.
It features an advanced microporous structure that promotes continuous air circulation, effectively preventing stuffiness and moisture build-up while offering a soft, delicate touch.
No. Despite using low-carbon production methods, the product fully retains high mechanical strength, dimensional stability, and elastic recovery comparable to conventional high-grade synthetic leather.
Thanks to its breathability, skin-friendly texture, and high durability, it is well-suited for wearable consumer products, footwear, fashion accessories, and premium upholstery.