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We can control the temperature and rate of rise in a conductive film composition by simply changing the voltage. Imagine a fabric lined with a soft elastomer that will heat up using battery power. Contact us to see how we can help your product. |
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Questions about materials and processing related to products made by HiTech Polymers can be answered with just a phone call. We'll even help with other products. All of this stems from our broad experience in thermoplastics. Click here to drop us a line. |
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Thermoplastic Elastomers (TPEs) TPV: Thermoplastic Vulcanizates HiSorb Oil Absorbing Polymers HiSorb Water Absorbing Polymers Micropellets Antistatic Plastics Conductive Polymers Polyester Resins Polyurethane Elastomers Additive Concentrates Lubricants Blasting Beads Custom Products Purge Polymers |
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HiPET enhanced polyester resins comprise a new family of thermoplastic polyester alloys that exhibit a unique combination of high impact strength and high elongation properties. These polymers have a notched Izod impact of 12-15 ft.-lb./in. tensile strength over 5,000 psi and elongation of 250% to 500%. HiPET polyesters are ductile in response to stress and can be made very rigid with reinforcements. These are super tough materials with excellent solvent resistance and very good low temperature toughness. The Table below contains a summary of the properties of HiPET 1000 compared with other engineering plastics. As shown by these data HiPET polyester offers an extremely attractive balance of cost and performance compared with these widely used engineering materials.HiPET polyester resins are opaque white in their natural state and are easily colored for most any appearance application. HiPET polyesters have uses in couplings, shoe soles, motor mounts, automotive boots, tubing, seals, hot combs, machine housings, tool jackets, ax handles, and other applications requiring toughness. Find out more about our interesting HiPET super tough polyesters. Email us or call (859) 334-4500 to speak with a HiTech representative.
General Processing Conditions: For extrusion typical barrel temperatures should be 500-520 deg. F. Die temperatures may be as high as 590 deg. F. Injection molding barrel temperatures will typically be 480-510 deg. F. Mold temperatures will typically be 150-200 deg. F. Polymer should be dried for 4 hours at 220 deg. F before processing. Return To The Top Of The Page |
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