Made from bio-based polyols extracted from corn, sugarcane and castor oil, this material reduces reliance on fossil fuels and effectively cuts product carbon footprint. All bio-based ingredients are fully verified and traceable to ensure transparent and credible green production.
With a professional microporous structure, the bio-leather delivers far better air permeability than ordinary synthetic leather, preventing sweat accumulation and stuffiness. Its natural soft touch ensures long-wearing comfort for apparel and footwear products.
While adopting eco-friendly low-carbon production processes, it maintains premium synthetic leather performance including excellent wear resistance, stretch recovery and dimensional stability, realizing perfect balance between environmental value and practical usability.
The material utilizes bio-based polyols extracted from renewable plant sources, specifically corn, sugarcane, and castor oil, significantly decreasing dependence on traditional fossil-fuel derived inputs.
Engineered with an optimized microporous architecture, this bio-leather delivers substantially higher air permeability than typical synthetic leathers, reducing moisture accumulation and stuffiness during prolonged use.
Yes, all bio-based ingredients utilized throughout the manufacturing process are thoroughly verified and fully traceable, ensuring transparency, reliability, and authentic low-carbon validation.
No compromise is made on durability. The material maintains standard-setting physical performance, delivering excellent wear resistance, elastic recovery, and dimensional stability suitable for demanding applications.
Due to its soft hand-feel, enhanced skin-friendly comfort, and robust mechanical properties, it is particularly well-suited for apparel, footwear, accessories, and interior goods.
By substituting petroleum derivatives with renewable agricultural feedstocks and using low-carbon manufacturing processes, the product minimizes lifecycle greenhouse gas emissions and cuts the overall carbon footprint.