
Engineering plastics are typically good thermal insulators. While this attribute is beneficial in certain applications, it limits the utility of plastics in many heat-generating applications, causing hot spots and increasing device temperatures. Engineers are increasingly demanding material solutions that allow increased power output in smaller spaces, necessitating materials with thermal conductivity.
Imparting thermal conductivity to plastics changes the way a part responds to heat. Thermally conductive plastics manage thermal energy rather than merely surviving it. This property enables plastics to meet demanding engineering requirements more cost-effectively than metals, ceramics, and other materials. Thermal conductivity was a “missing property” from plastics.
Weight reduction
Avoid metal manufacture and machining
Inherent corrosion resistance
Part consolidation opportunities
Improve safety
Increase reliability
Reduce amplification of electrical interference
Extend part and component life by reducing device temperature
Enable flexibility in material choice
Efficient heating and cooling
Eliminate the need for active cooling
High throughput injection moulding
Manufacture of complex shapes and geometries
Rapid prototyping and evaluation
D-Series: Combines thermal conductivity with electrical isolation. Current commercial grades range from 1 – 10 W/mK.
E-Series: Combines thermal conductivity and electrical conductivity. Current commercial grades range from 2 - 40 W/mK.
Elastomers: Available in D series. Current commercial grades range from 1 – 3 W/mK.
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