Industry News

As a polymer material, TPE is sensitive to environmental humidity. It readily absorbs moisture during storage or transportation, leading to performance degradation, processing difficulties, and compromised finished product quality. So how can moisture absorption in TPE materials be prevented?

Today, the development and application of new materials are quietly transforming our lifestyles and injecting fresh momentum into various industries. With its unique performance advantages, TPE material has become a safety-assured material across numerous fields.

Poor adhesion is a common problem in the practical application of TPR materials. Whether laminating TPR with substrates like metal and plastic, or bonding between TPR layers themselves, insufficient adhesion can easily lead to product delamination, peeling, and seal failure, directly impacting product performance and service life.

In industrial manufacturing, TPE encapsulation on ABS is a common lamination process. This process combines the elasticity of TPE with the rigidity of ABS, retaining the structural strength and impact resistance of ABS while also imparting a soft touch, anti-slip properties, and shock-absorbing properties to the product surface.

Poor adhesion is a common issue in TPR material applications. Whether bonding to substrates like metal or plastic, or achieving interlayer adhesion within the material itself, insufficient bonding strength can lead to delamination, detachment, and seal failure. This is particularly problematic in applications such as coated products, seals, and toy components, directly impacting product quality and lifespan.

In injection molding production, the color uniformity of TPE raw materials directly impacts product appearance and competitiveness. Due to TPE's multi-component blending characteristics, issues like color spots, color differences, and flow marks are prone to occur. Precise control across six core processes is essential. Let's explore these with the Zhongsu Wang editorial team.