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In the processing of TPE materials, drying is a critical step in ensuring product quality. Although most TPE materials have low hygroscopicity, moisture absorption can occur during storage, transportation, or handling if the packaging is damaged, the environment is high in humidity, or the material is exposed to air for extended periods.

TPE, with its unique combination of rubber elasticity and plastic processing ease, is widely used in applications ranging from baby pacifiers to automotive weather strips. Product performance determines its application value, and among the many influencing factors, processing temperature profoundly impacts every aspect of a product, from its microstructure to its macroscopic properties.

TPE, a new polymer material that combines the elasticity of rubber with the processing ease of thermoplastics, is thriving in numerous fields, including automotive, electronics, medical, toys, footwear, and daily necessities, thanks to its unique performance advantages.

TPE, a material that combines plastic and rubber and has seen rapid growth in recent years, has found widespread application in numerous fields thanks to its excellent performance and easy processing.

In the plastic and rubber processing industry, material drying is a common pretreatment step. Drying is especially crucial for hygroscopic materials like nylon and PC. Otherwise, moisture will evaporate during high-temperature processing, causing bubbles and silver streaks in the finished product, and even affecting material performance.

TPE raw materials, as a widely used elastomer material, are gaining attention for their excellent recyclability. This not only provides strong support for resource recycling but also aligns with the broader trend toward sustainable development. So, why exactly is TPE recyclable?