TPU Shoe Material (PCDL from Carbon Dioxide)

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"The carbon dioxide is captured from the industrial flue gas rich in carbon dioxide, and then converted into the liquid of ""Polycarbonate Diol"" (PCDL), and the liquid is made into plastic pellets through a chemical reaction, which develops a green ""Thermoplastic polyurethanes(TPU)"" with the concept of environmental protection. TPU can be used to replace the traditional polymer material ""Polyurethane""(PU), such as shoe soles, field track, and other familiar products with shock-absorbing and anti-friction applications. Through the injection and coating process, embedded injection, molding, and other technologies, the ""CO2 based on PCDL-TPU"" has been developed, which is further combined with woven fabric to form the composite material of TPU with high flexibility. The TPU composite material is not only environmentally friendly, but also solves the shortcomings of traditional materials that are fragile and white, and it is not prone to yellowing on the surface. In addition, TPU could have better performance than the traditional material in the field of elongation, tensile test, and the "" Vicat softening temperature "" test of the heat resistance of the material." more

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"The carbon dioxide is captured from the industrial flue gas rich in carbon dioxide, and then converted into the liquid of ""Polycarbonate Diol"" (PCDL), and the liquid is made into plastic pellets through a chemical reaction, which develops a green ""Thermoplastic polyurethanes(TPU)"" with the concept of environmental protection. TPU can be used to replace the traditional polymer material ""Polyurethane""(PU), such as shoe soles, field track, and other familiar products with shock-absorbing and anti-friction applications. Through the injection and coating process, embedded injection, molding, and other technologies, the ""CO2 based on PCDL-TPU"" has been developed, which is further combined with woven fabric to form the composite material of TPU with high flexibility. The TPU composite material is not only environmentally friendly, but also solves the shortcomings of traditional materials that are fragile and white, and it is not prone to yellowing on the surface. In addition, TPU could have better performance than the traditional material in the field of elongation, tensile test, and the "" Vicat softening temperature "" test of the heat resistance of the material."