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CoolPoly Material Solutions

CoolPoly Thermally Conductive Plastics

For Friction & Wear Applications

CoolPoly Benefits

CoolPoly thermally conductive injection molding grade thermoplastics are ideal for friction and wear components including automotive thrust washers and sleeve bearings.

The primary failure mechanism in polymeric friction and wear materials is polymer degradation induced by temperature rise at the frictional surface.

Conventional plastic materials, including those formulated for friction and wear uses, are thermal insulators and cannot manage the frictional heat.

One reason high temperature plastics are commonly used in friction and wear applications is that they better withstand the heat generation. A more engineered approach is to spread and dissipate frictional heat resulting in significantly lower surface temperatures.

CoolPoly thermally conductive injection moldable thermoplastic friction and wear compounds are net shape moldable or machinable for a variety of bearing applications in automotive, aerospace, food processing and other industries.

Friction and wear components molded from thermally conductive plastics provide:

  • Exceptional life

  • Low friction and wear

  • High pv

  • Reduced operating temperature

  • Chemical resistance

  • Dimensional stability

Click on the image above

to view the IR Bearing demo

LEFT (Polyamide bearing grade)

RIGHT (CoolPoly) 10:1 time lapse

PDF Printer friendly (pdf)

Related Information

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In typical electronic power and air flow environments, CoolPoly thermally conductive plastics provide equivalent heat transfer to aluminum.  >>More

CoolPoly Selection Tool

Not sure which material best suits your application?  Try our new CoolPoly selection tool.

FAQs

Answers to the most commonly asked questions regarding thermally conductive polymers.

See Also

E-Series Datasheets

D-Series Datasheets

CoolPoly Selection Tool

Processing Guidelines

MSDS

Material Solutions

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E3605(PPA)  

 

 

 

 

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