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In today's material science field, TPE and silicone are both highly regarded polymer materials. They each have unique properties and advantages and are widely used in various industries.

In the field of materials science and application, wear resistance is an important indicator to measure the material's ability to resist mechanical wear, and it is crucial to evaluate the service life and reliability of the material.

In the highly competitive manufacturing market, reducing production costs is the key to improving competitiveness and expanding market share.

In the processing of TPE materials, fluidity is a crucial performance indicator, which directly affects the molding efficiency, surface quality and final application effect of the product.

TPE encapsulation is a modern material processing technique where thermoplastic elastomers (TPE) are molded over or around a substrate, such as metal or plastic, to create a soft, protective, and durable outer layer. This process enhances grip, insulation, shock absorption, and aesthetic appeal, making it highly valuable across industries like electronics, automotive, medical devices, tools, and consumer goods.

TPE is renowned for its excellent elasticity and toughness. However, some users encounter issues with poor toughness and easy breakage during TPE material processing.