Formulated with bio‑polyols extracted from corn, sugarcane and castor oil. Bio‑based content is independently verified, cutting fossil‑resource consumption and quantifying carbon‑reduction outcomes for customers’ sustainability documentation.
Microporous structural design upgrades air permeability while maintaining mechanical stability. The material avoids skin irritants, passing common contact‑safety tests and suiting continuous‑contact end‑products for apparel and footwear.
The product is formulated with bio-polyols extracted from traceable, renewable resources including corn, sugarcane, and castor oil.
The bio-based content is independently verified by third-party testing to support and validate carbon-reduction documentation for sustainability compliance.
No, the microporous structural design is engineered to optimize air permeability while fully maintaining the required mechanical stability and durability.
Yes, it avoids skin irritants and passes common contact-safety compliance standards, making it safe for direct, continuous skin exposure.
Due to its breathability and skin-safe profile, it is ideally suited for continuous-contact end-products such as performance apparel and footwear.