Under low temperature environment, the glass transition of SBR film will cause the deterioration of interfacial compatibility.
Under low temperature environment, the glass transition of SBR film will cause the deterioration of interfacial compatibility.
SBR sulfur-resistant film, a synthetic rubber material modified through a special vulcanization process, remains soft and flexible in extremely cold conditions.
In the modern textile market, which strives for comfort and functionality, SBR (Styrene Butadiene Rubber) film black T-cloth is gradually gaining prominence, particularly in the design and manufacture of high-performance socks.
The surface of the fabric is treated with a special water-repellent coating and has a lower surface tension. When water falls on the fabric, it forms water beads and rolls down instead of spreading and penetrating.
In the family of textile materials, ordinary accumulation cloth may not be conspicuous, but it has penetrated into people's daily lives in a low-key and practical way.
Black t-cloth, as a film made of SBR (styrene butadiene rubber) material, has shown excellent shock absorption and cushioning effects in many applications due to its unique material properties.