This innovative thermoplastic material lets you improve functionality in ways you never thought possible. In fact, just like the S line, TP parts have superior wear, chemical and temperature resistance; you can even use them to replace metal and ceramic parts. And also like the S line, various TP products have been created to fit a variety of design specs.
TP- 8005
Translucent polyimide parts designed specifically for semiconductor and high-purity applications. Plasma etch chamber components made with Vespel® TP-8005 have excellent erosion resistance. Parts are either thermoformed or injection molded for excellent geometric versatility.
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TP-8054
An unfilled thermoplastic polyimide for use in high-temperature environments. This unfilled general-purpose grade offers a unique balance of mechanical and thermal properties for superior performance in aggressive environments.
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TP-8130
A carbon fiber filled thermoplastic polyimide that offers outstanding mechanical, thermal, and tribological performance. This grade also exhibits excellent strength and toughness, dimensional stability, low outgassing, radiation resistance, creep resistance, and low coefficient of thermal expansion.
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TP-8161
Vespel® TP-8161 is the unfilled crystalline version of TP-8169. As a result of its significantly improved heat deflection temperature and lower elongation properties this thermoplastic polyimide can be used in an array of high-temperature environments. The unique balance of mechanical and thermal properties offers superior performance with the highest quality standards required in the industry.
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TP-8169
Vespel® TP-8169 is an unfilled amorphous thermoplastic polyimide for uses in injection moldable applications. The Vespel TP-8169 offers enhanced elongation and high-temperature resistant properties for advanced performance in aggressive environments.
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TP-8212
A glass filled thermoplastic polyimide for use in high-temperature environments. This grade offers a unique balance of mechanical and thermal properties while exhibiting outstanding electrical insulation performance, a low coefficient of thermal expansion and exceptional resistance to chemicals and radiation.
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TP- 8311
Looking for temperature-resistant parts with excellent mechanical properties? Whether you’re working on lubricated or non-lubricated applications, TP-8311 is the answer. It can be used in shift lever bushings and thrust washers, plus gasoline or diesel fuel-pump applications.
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TP-8395
Vespel® TP-8395 contains a unique blend of PTFE and graphite in a polyimide matrix. Developed for use in hightemperature and high-wear applications, this grade offers an excellent balance of mechanical and thermal properties for superior performance in aggressive environments.
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TP-8474
A carbon fiber filled thermoplastic polyimide that offers a unique balance of mechanical, thermal, and tribological properties. This grade also exhibits excellent strength and toughness, dimensional stability, low outgassing, radiation resistance, creep resistance, and low coefficient of thermal expansion.
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TP- 8541
When you need compressor valve poppets and vanes that can really take a beating, think of TP-8541. It has excellent mechanical properties (especially impact resistance), plus excellent chemical resistance and a high heat-deflection temperature.
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TP- 8549
TP-8549’s excellent physical properties make it a great product for applications like blower motor bushings on business machines, scanner mirror bushings and more.
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TP- 8556
Seal rings require excellent compliance, wear and mechanical properties. TP-8556 does it all, and is especially easy to assemble in difficult manufacturing situations.
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TP-8792
A carbon fiber and PTFE filled thermoplastic polyimide that offers outstanding mechanical, thermal, and tribological performance. This grade also provides excellent strength and toughness, dimensional stability, low outgassing, radiation resistance, creep resistance, and low coefficient of thermal expansion.
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TP-8929
A PTFE filled thermoplastic polyimide that offers a good balance of mechanical and thermal performance. This grade also exhibits low friction, dimensional stability, low outgassing, radiation resistance, creep resistance, and low coefficient of thermal expansion.
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