Automotive EPP materials
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Automotive EPP materials
Details Performance characteristics ⑴Energy absorption Because the product has a special cell structure, it absorbs escape through the gas stagnation and compression in the cells Energy has excellent pressure resistance and energy absorption performance. It is widely used in automobile bumper energy processing systems and other anti-collision energy-absorbing components. ⑵Dimensional and shape recovery stability After the product is subjected to multiple continuous impacts and flexural deformations, it will immediately return to its original shape without deformation. It has memory ability. ⑶ Strong heat resistance The service temperature of the product can reach ℃. ⑷Good low-temperature characteristics The product shows good performance even at ℃. Therefore it can be used as an advanced thermal insulation material. ⑸Suitable for repeated use The product has good flexibility and can be used repeatedly and is not easy to break. ⑹Light weight The product has extremely light weight and can significantly reduce the weight and can be used in important components such as aircraft and automobiles. ⑺Has good surface protection ⑻Good thermal insulation: The independent cell structure of the product shows low thermal conductivity, making it excellent. ⑼ Low water permeability and good buoyancy. Due to the closed-cell structure, the product has excellent long-term buoyancy and low water permeability. Even if it is placed in salt water, its buoyancy will not be weakened. ⑽ Good oil resistance and chemical resistance. Due to the chemical inertness of , its products have good oil resistance and chemical resistance. ⑾Reusable and environmentally friendly materials are easy to recycle and reuse. Easily decomposed products do not contain toxic ingredients that are harmful to the human body and do not produce toxic substances when burned. ⑿Good stability and can be used in different environments The product has excellent durability such as resistance to UV exposure, physical damage, extreme temperatures ( ℃ ℃), wear and other harsh environments ! A total of0articles Related Comments: |