Thermal Plastic Rubber TPR TPE Elastomer Compound Granule Sole Materials

TPR, also known as thermoplastic rubber, is an advanced thermoplastic elastomer material that combines the characteristics of rubber and plastic. It not only has the elasticity and wear resistance of rubber, but also the plasticity and processability of plastic, so it is widely used in various industrial fields.
Unlike traditional rubber that requires a vulcanization process to form a stable structure, TPR materials do not require vulcanization and can be processed and formed using general thermoplastic injection molding equipment. This feature not only simplifies the production process, but also significantly reduces production costs.
In addition, TPR materials also have good recycling and reuse performance. The waste and water outlet materials generated during the production process can be recycled and reused, effectively reducing resource waste and promoting sustainable development.
In specific applications, TPR materials are widely used in fields such as electronics, automotive, medical, toys, etc. due to their excellent elasticity and wear resistance. Its excellent processing performance makes TPR an ideal alternative material, especially suitable for products that require frequent replacement or rapid prototyping.
It is worth noting that the plasticity of TPR materials not only improves their processing efficiency, but also provides designers with greater creative space. By adjusting different processing techniques and formulas, TPR materials with different performance characteristics can be prepared to meet various application needs.
Our expertise in chemicals and Polymer Processing, especially on foaming aspec has led up to develop Light-Weight TPR Compound form, which are ideal for injection moulding and compression molding applications, and are used in manufacturing of closed-cell expandable and cross-linked products like footwear soles for sports shoes and fashion footwear, fire resistant insulation jackets of cables and wires, toys, bags, and other fashion accessories, tablet and mobile phone cases, buoys and floats, bicycle seats, and other sporting equipment and accessories.
The resulting injection molded products are extremely light, flexible, and exhibit a multitude of properties such as high shock absorbance and impact resistance, excellent abrasion resistance, superior grip and wet-slip resistance, rubberized and comfortable feel, high mechanical strength, smooth surface texture and a very low compression set with outstanding shape retention properties.
TPR Compound are available in a variety of expansion ratios, colors, hardness, density, compression set, tactile properties, and can be further tweaked and modified as per industry usage and customer specific requirements.