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Many people worry about whether TPE overmolding will release harmful substances and affect health when used to hold hot water, especially boiling water, in food-contact products such as cups and tableware.

Did you know? Ultra-soft TPE (thermoplastic elastomer) materials typically refer to low-hardness elastomers with Shore A hardness ranging from 0 to 15A or even softer (such as 00 or 0000 grades). Due to their exceptional soft tactile feel, outstanding elasticity, and eco-friendly recyclability, they are widely used in adult products, medical devices, shock-absorbing pads, human body models, and other fields.

The bright colors of yoga mats and the colorful appearance of hand grippers make colored TPE sports equipment popular with consumers, but it also needs to withstand the challenges of friction and stretching during exercise.

Among everyday disposable gloves, TPE gloves always leave a lasting impression with their elasticity. They fit snugly against the curves of the hand, preventing tearing or slipping, whether bending fingers, making a fist, or performing delicate tasks.

Filled TPE thermoplastic elastomers achieve cost reduction and performance optimization through filler addition, making them widely used in product manufacturing. However, adding fillers alters the base material's inherent properties, often leading to various processing issues that impact production efficiency and product quality.

The development of small electronic devices and precision instruments has drawn significant attention to fine-gauge TPE wires due to their flexibility and eco-friendly advantages. However, many manufacturers worry about the potential challenges in molding such thin wires. In reality, while forming fine-gauge TPE wires does present certain challenges, these can be effectively addressed through proper material selection, process optimization, and equipment adaptation.