TPU is widely used in the field of biomedicine due to its good biocompatibility and mechanical properties. Its applications in the medical field have become diverse. The main products are artificial heart assist devices, artificial blood vessels, artificial skins and so on. Medical TPU has flexibility, abrasion resistance, high compatibility, no deformation, no allergic reaction, good blood compatibility, and does not affect blood components, and is widely used in the medical

SUMMARY TPU is a new type of environmentally friendly material, which has developed rapidly in recent years. With the continuous development of new products by TPU elastomer manufacturers, some new types of TPU elastomers are gradually being put into the market. Waterproof and moisture-permeable products are one of them. It has greatly promoted the development of waterproof and moisture-permeable TPU film. This film has a waterproof and moisture-permeable function and

TPU laminated fabric is actually equivalent to using TPU film attached to various fabrics as a composite material, and then combining the functions of the two to produce a new type of fabric. Advantages of TPU laminated fabric: Strong flexibility Strong toughness High wear resistance High cold resistance Environmentally friendly and non-toxic Production processes for TPU laminated fabrics: Post-attachment: first make a TPU film and then glue it with the

The main processing methods of TPU films today include blown film, cast, coated, and calendered methods. Among them, the blown film method and cast method are the most popular ones for processing TPU films. Blown film method The film has high ductility and elasticity, so it is more complicated in the process of blown film processing and difficult to process by forming alone. Therefore, the general process is through the

I believe many people mention TPU film will have a question if TPU film and TPU hot melt adhesive film are the same. Here, I will tell you about TPU film and TPU hot melt adhesive film. TPU film is based on TPU granular material, by calendering, cast, blown film, coating, and other special processes made of film, is an environmentally friendly polymer, polyester, and polyether two types, the thickness

1. Introduction of raw materials TPU hot melt adhesive is a solvent-free new environmental protection material, the formula is based on polyurethane framework for various characteristics design, at room temperature is a solid, when heated above the melting point will melt into a viscous liquid, laminating processing, cooling to room temperature and then become solid, is a reversible thermoplastic material, with good elasticity, flexibility and low temperature flexing characteristics, for

About the application of TPU film, how many you know? Below the 18 listed for your reference. 1 automotive industry – armrests, protection bars, flooring, sun visors, interior trim, window film 2. shoe materials – can be printed, easy processing (can be high-frequency fusion, melting point differences), environmental protection, in line with EU import standards– tend to bright colors, colorful products– sports shoe trademark, upper decoration, air cushion, outsole trim

TPU TPU (thermoplastic polyurethane elastomer) is an emerging plastic variety. Because of its good processability, weather resistance and environmental friendliness, TPU is widely used in shoe materials, pipes, films, rollers, cables and wires and other related industries. Thermoplastic Polyurethane elastomer, also known as thermoplastic polyurethane rubber, or TPU for short, is a (AB)n-block linear polymer, A is a high molecular weight (1000-6000) polyester or polyether, B is a diol containing

With the development of technology, we have more and more choices for material, so what’s the reason for using TPU? TPU film is a kind of non-toxic and environmentally friendly polymer elastomer film with the characteristics of high strength, wear resistance, good elasticity, weather resistance, environmental protection, recycling, and decomposition. TPU films are mainly produced by extrusion, Calendering, and blow molding processes.  Due to the characteristics of the molecular structure of