CoolPoly TCP
Thermally Conductive Plastics
CoolPoly thermally conductive plastics can offer the heat-transfer capability of metals and ceramics while maintaining the design, performance and cost advantages of conventional plastics.
CoolPoly TCP
CoolPoly thermally conductive plastics can offer the heat-transfer capability of metals and ceramics while maintaining the design, performance and cost advantages of conventional plastics.
Coolpoly thermally conductive elastomers exhibit unsurpassed thermal conductivity in a flexible, compliant and soft touch material.
What is CoolPoly TCP?Coolpoly thermally conductive plastics meet demanding engineering requirements and in many applications are more cost effective than metals, ceramics, and other plastics. Coolpoly elastomers are thermoplastics and can be molded to 3-dimensional net shape objects with conventional injection molding equipment. It is available in three grades – Coolpoly E-series, Coolpoly D-series and Coolpoly Elastomers. Coolpoly E series plastic combines thermal conductivity and electrical conductivity with grade range 2-34 W/mk. CoolPoly D series combines thermal conductivity with electrical isolation with grade range 1-10W/mk.
Featured CoolPoly Grades Coolpoly D Series CoolPoly D-series Thermally Conductive Plastics exhibits both electrical isolation and thermal conductivity. The electrical insulation property of the material is measured as electrical resistivity and is typically in the range of volume-resistivity > 10 13 ohm × m for both conventional plastics and D-Series plastics. Coolpoly E Series CoolPoly E-series Thermally Conductive Plastics exhibits both electrical isolation and thermal conductivity. The electrical conductivity measured as electrical volume-resistivity is commonly in the range 0.001 to 1 ohm × m. To learn more about Coolpoly and its applications and uses please contact Celanese today.
The materials in this section are organized for reference based on publicly available Celanese Corporation materials. Copyright and trademark rights belong to the respective rights holders, and the latest versions and official usage terms should be confirmed on the official Celanese page.