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In the rubber and plastic industry, there is a material called TPE, also known as thermoplastic elastomer. It refers to a type of material that has the thermoplasticity of plastic and the elasticity of rubber. As a new material, the hardness of TPE thermoplastic elastomer is an extremely important one among its many properties. The hardness of TPE refers to the ability of the material to resist external force pressing into its surface, usually expressed by Shore Hardness.

TPE raw materials are widely used in our daily life. They have excellent softness and anti-slip properties. Therefore, they are compounded with pp, abs, PS, PA, and other materials for injection molding, encapsulation and injection molding to improve the comfort of the product.

In the application of thermoplastic elastomer (TPE) materials, the melting point is a crucial physical property. The melting point, that is, the fixed temperature point at which the substance changes from solid to liquid, is one of the important indicators of the thermal performance of the material.

In modern materials science, TPE materials have won wide attention and application with their unique elasticity and processability. However, like many other materials, TPE materials may also encounter deformation problems during use.

In today's era of advocating green, environmental protection and sustainable development, the selection and application of materials have become an important indicator to measure the environmental protection level of a product or industry.

I believe that many of you have always heard that TPR materials are not sun-resistant and will "go on strike" when exposed to ultraviolet rays?