The effects of temperature and humidity changes on the fading of SBR film black n (waterproof) cloth are also significant.
From a technological perspective, the way SBR is combined with ordinary accumulation cloth also affects the final performance of flexibility.
Low-porosity materials force the fluid to take a more complex path, increasing the probability of particle-fiber collisions and improving interception efficiency.
The key to both warmth and cold protection lies in their core material: SBR film black N (waterproof) cloth. This composite material, widely used in high-quality rain boots.
The introduction of SBR sulfur-resistant material marks the evolution of socks from passive warmth to active protection. It is more than just a new material application; it represents a deep commitment to foot health and the wearing experience.
Under low temperature environment, the glass transition of SBR film will cause the deterioration of interfacial compatibility.