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CoolPoly Material Solutions

CoolPoly Thermally Conductive Plastics

For Electric Motors & Coil Wound Devices

CoolPoly Benefits

CoolPoly thermally conductive injection molding grade thermoplastics are ideally suited for electric motor components, motor encapsulation and other coil wound devices (e.g. solenoids, chokes, transformers, ignition coils, inductors). Conventional plastics are thermal insulators that tend to trap heat and increase winding and motor temperature. Increased temperatures result in reduced motor performance (e.g. power, efficiency) and decreased lifetime.

Elevated temperatures also require higher rated component materials or higher electrical insulation system ratings.

Thermally conductive plastics used for motor encapsulation and motor components provide heat sinking, heat conduction and heat dissipation that effectively lowers the device temperature. Design engineers often use the heat dissipation to achieve greater power or efficiency at the same operating temperature.

Design engineers often use the heat dissipation to achieve greater power or efficiency at the same operating temperature.

CoolPoly is used to encapsulate electric motors and coil windings for various automotive and industrial applications.

Encapsulated motors and motor components using thermally conductive plastics provide:

  • Lower winding and part temperatures

  • Increased efficiency  

  • Balance control

  • Increased life

  • Environmental protection 

 

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What's New

CoolPoly Heat Sink Trends

Folded Fin Heatsinks

CoolPoly thermally conductive injection molding grade thermoplastics allow folded fin heat sinks designs with unique architectures and performance.

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

RoHS ✓

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D5506(LCP)  

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