Technology

Through molecular structure optimization and surface treatment, this material achieves superior wash resistance (withstanding more than 20 machine washes). Post-wash drying reveals zero swelling, deformation, or performance degradation while retaining polyurethane’s elasticity, tensile strength, and breathability for repeated use. Ideal for home cushioning applications such as mattresses and pillows.

Polyurethane modified via specialized processing delivers a texture of extreme softness and delicacy, mimicking human skin. Combined with breathability, antibacterial and anti-mite properties, it minimizes skin irritation and enhances comfort. Widely adopted in maternity/baby products and home furnishings.

Patented microporous structural design imparts high breathability, where the unique pore configuration facilitates rapid moisture wicking to reduce stuffiness. Suitable for mattress, pillow, and seat cushion applications.

Synthesized from renewable biomass (e.g., vegetable oils, starch, cellulose) as polyol feedstocks, it replaces petroleum-based inputs with low-carbon, biodegradable, and low-toxicity advantages. Featuring a tunable molecular structure, it merges traditional polyurethane’s mechanical excellence with bio-based materials’ eco-friendliness. Applicable to home cushioning, vehicle seats, and medical materials—aligning with circular economy and carbon neutrality goals.

A composite structure enables dynamic sliding motion and slow rebound. The surface layer’s low friction coefficient and microporous drainage channels allow gradual internal cell deformation under pressure, dispersing stress and absorbing sliding impacts, alongside antibacterial/antistatic functions. Optimized for smart mattresses, rehabilitation devices, esports seats, and industrial dampers.

Derived from NASA seat material technology—utilizes high-density formulations and microcellular foam structures to achieve temperature-sensitive contouring (softening upon body contact for personalized fitting) and uniform pressure redistribution. Its gas-retentive cell architecture minimizes dissipation while delivering dual-performance slow rebound and dynamic support, precision-engineered for premium mattresses, medical orthopedic braces, and aerospace seating to meet rigorous ergonomic demands.

Employing China’s leading CO₂ foaming technology (replacing methylene chloride), it forms uniformly distributed micro-cells with minimized diameter for efficient foaming. This yields exceptional tactile quality, high resilience, and lightweight performance, while slashing production energy use and carbon emissions. Meets sustainability demands for sofa and mattress cushioning.