polyester resin; shore hardness 88A; process type injection molding; good hydrolytic stability, excellent molding grade; applications include gears, goggle frames, bumpers, casters, industrial components; FDA 1680 compliant
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Chemical Compatibility Test for Unreinforced Thermoplastic Resins |
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Texin Thermoplastic Polyurethane - A Processing Guide for Extrusion Use this file if you want to access the entire Texin Extrusion Guide as a single document that you may view, download or print. (1.5 megabytes)
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Texin & Desmopan Thermoplastic Polyurethanes - A Processing Guide for Injection Molding Use this file if you want to access the entire Texin & Desmopan Injection Molding Guide as a single document that you may view, download or print. (815 kilobytes)
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General Drying Guide - Engineering Polymers This file is approximately 1.6 megabytes.
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Thermoplastic Part and Mold Design Guide Use this file if you want to access the entire Design Guide as a single document that you may view, download or print. This document features a linked index at the back of the document. Click a topic in the index to go directly to that page. (2.7 megabytes)
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Thermoplastic Joining Techniques Use this file if you want to access the entire Joining Techniques Guide as a single document that you may view, download or print. (400 kilobytes)
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Desmopan® and Texin® - High-Tech Thermoplastic Polyurethanes Set Trends Desmopan® and Texin® plastics are polyurethane elastomers (TPUs). Each combines many of the valuable characteristics of rubber and thermoplastic materials and, on top of that, benefits from the strength of polyurethane chemistry, which forms its chemical backbone.
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Certification of Compliance with RoHS Directive and WEEE Directive
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Chemical and Solvent Resistance of Texin and Desmopan Thermoplastic Polyurethanes |
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Bayer Plastics Engineering Resins And Technical Expertise Lend A Hand In Laser Scanner Application
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Texin and Desmopan TPU Product Index A one-page guide to the entire family of Texin and Desmopan TPU resins to help you locate the right resin for your application.
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Texin and Desmopan TPU Resins - A Guide to Engineering Properties Use this guide to learn about Texin and Desmopan thermoplastic polyurethane elastomers. Topics include mechanical, thermal and electrical properties, chemical resistance and typical applications. This is a 9-megabyte file.
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Golf Putters Made with Bayer Polymers’ Texin® TPU Score A Hole-In-One
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Texin and Desmopan TPU Resin Reference & Troubleshooting Guide Texin and Desmopan are produced primarily from three basic raw materials: polyester/polyether polyols, short chain diols, and diisocyanates. Some grades are blends of polyurethane with polycarbonate.
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Bayer Polymers’ Texin® Thermoplastic Polyurethane Selected For Roleez Wheels Application
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Chemical and Solvent Resistance of Texin and Desmopan TPU Resins This report summarizes the physical properties of Texin 285 and Desmopan 453 resins after immersion in a variety of chemicals and solvents for 12 months. Similarly, the results of immersion of Texin 390 resin for 9 months are also presented.
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Thermoplastic Polyurethanes - High Performance Elastomers for Medical Applications Pamphlet lists medical grade Texin and Desmopan TPU resins and their properties.
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Multi-Component Molding for Medical Applications: Featuring PC, PC Blends, TPU, and LSR Multi-component molding is one of the fastest growing trends in injection molding. This technique provides the ability to mold sophisticated end products of two or more materials, while reducing several molding processes to a single molding cycle on one machine. Multi-component technology has tremendous benefits, including high cost savings and quality improvements in parts. Many medical applications already include multi-component techniques and combine thermoplastic urethanes (TPUs) and polycarbonate (PC) or polycarbonate blend (PC/ABS) resins. The objective of this paper is to examine the chemical adhesion between two dissimilar materials by studying the effects of processing on adhesion.
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Bayer Thermoplastic Polyurethanes for Overmolding Applications Provides examples and material recommendations for using Bayer TPU resins as an overmolding material in special applications.
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