Materials used in cold environments often face the problem of increased rigidity and brittleness. Thermoplastic elastomer (TPE) combines the elasticity of rubber with the processability of plastics, but at low temperatures, its molecular chain activity is
The footwear industry has long operated at the intersection of functional engineering and artistic expression, where the sole of a shoe is no longer merely a platform for support but a canvas for visual storytelling.
TPE granules, due to their combination of rubber elasticity and plastic processability, are widely used in products requiring repeated bending or stretching, such as cable sheaths, seals, and flexible connections.
As a material combining the elasticity of rubber and the processing properties of plastics, thermoplastic elastomers (TPEs) exhibit unique advantages in molding complex structural products due to their excellent flowability and plasticity.
TPU granules, widely used in automotive parts, electronic components, and sporting goods, require high low-temperature impact resistance.
Among many elastomer materials, TPU particles are widely used in footwear, automotive parts, and industrial transmissions due to their excellent wear resistance and flexibility.