Texin^®and Desmopan^® thermoplastic polyurethanes (TPU) bridge the gap between rubber and plastics. These materials are available in grades that go from very soft and flexible to very rigid. Many grades of Texin TPU comply with FDA food-contact regulations and several meet the biocompatibility requirements of FDA-modified ISO 10993-1 tests. Texin and Desmopan thermoplastic polyurethane resins also readily bond to a variety of substrates to provide a soft-touch feel. TPU resins offer designers a versatile material with exceptional properties for a broad range of applications. Typical uses for thermoplastic polyurethanes are automotive instrument panels, caster wheels, power tools, sporting goods, medical devices, and a variety of extruded film, sheet and profile applications. Bayer's TPU resin manufacturing facilities are ISO 9001:2000 / QS 9000-certified.

To learn which Texin TPU resins are listed to NSF/ANSI Standard 61 Drinking Water System Components - Health Effects, click here (link to NSF Web Site).

Scroll through the listing below of all available Texin product grades and descriptions or use the links to the right under FIND OUT MORE to quickly access key documents related to Texin products. If you cannot find the product grade or document you need, please use the Contact Us form of this site to request support. Access our Texin and Desmopan thermoplastic polyurethanes product index here to view a comparison of all TPU products, including developmental grades.

For a quick response to your inquiries about Texin or Desmopan resins, send an email directly to TPUinfo@bayer.com.

35 Product Grade(s):
= global grade = data sheet(s) = other literature
	TEXIN HM-1206
	Texin HM-1206 resin is a clear, high performance thermoplastic polyurethane which possesses the stiffness and modulus of standard engineering thermoplastics; this resin exhibits excellent heat and chemical resistance; it also has very good impact resistance relative to thermoplastics such as polystyrene, polymethylmethacrylate, and styrene-acryonitrile; other key attributes of Texin HM-1206 include low moisture absorption, low mold shrinkage, a low coefficient of thermal expansion, and good abrasion resistance; it can be processed by injection molding or extrusion
	TEXIN RxT50D
	polyether resin; shore hardness 50D; process type injection-molded, extrusion or blow molding; applications include anesthetic connectors, catheters, flexible tubing, film, seals and gaskets, and extruded profiles; excellent hydrolytic stability and mircobial resistance
	TEXIN RxT65D
	polyether resin; shore hardness 65D; process type injection-molded, extrusion or blow molding; applications include anesthetic connectors, catheters, flexible tubing, film, seals and gaskets, and extruded profiles; excellent hydrolytic stability and mircobial resistance
	TEXIN RxT85A
	polyether resin; shore hardness 85A; process type injection-molded, extrusion or blow molding; applications include anesthetic connectors, catheters, flexible tubing, film, seals and gaskets, and extruded profiles; excellent hydrolytic stability and mircobial resistance
	TEXIN RxT90A
	polyether resin; shore hardness 90A; process type injection-molded, extrusion or blow molding; applications include anesthetic connectors, catheters, flexible tubing, film, seals and gaskets, and extruded profiles; excellent hydrolytic stability and mircobial resistance
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