Thermally Conductive Plastic Heat Sink

Thermally conductive plastics the ability of a material to conduct heat is characterized by its thermal conductivity and measured in units of watts meter kelvin w mk.

Thermally conductive plastic heat sink.

And analysis showed that using a metal heat sink with a higher thermal conductivity would have only a minor impact on temperatures and heat management but would have a major influence on cost. Therma tech thermally conductive formulations are engineered to combine the heat transfer dissipation and cooling capabilities of metals with the design freedom weight reduction and cost advantages of thermoplastics. Materials which also provide electrical insulating properties can help to reduce the need for tims thermal. Thermally conductive plastics from ensinger come into their own in applications where metals have distinct drawbacks.

Until fairly recently that is. Our first commercial product the ice9 thermally conductive filament is the world s highest thermal conductivity 3d printing plastic and can conduct heat 50x higher than traditional plastics. This allows for 3d printing of new heat transfer products for electronics thermal management heat exchangers mold tooling and many other industries. Dissipate heat reduce weight.

Therma tech thermally conductive formulations. With a typical thermal in plane conductivity of 20 0w mk thermally conductive thermoplastics improve cooling and reduce temperatures at the heat source. Heat sinks and other heat removal applications are among the last areas where thermoplastics inherent thermal insulators have yet to replace metals. Thermally conductive plastic for led heat sinks reduces lighting costs june 4 2014 electronics cooling heat sinks led lighting plastics bayer material science has announced makrolon polycarbonate as the latest addition to its family of heat resistant plastics designed specifically for led heat sink applications.

Thermal management once meant a few well placed fans vents and aluminum heat sinks. But today s small hot electronics can benefit from new ways to keep cool like using thermally conductive plastics. Their free formability allows heat sink structures to be configured to provide precisely the required heat distribution. Modifying plastics to improve their thermal conductivity is a burgeoning area of opportunity for a handful of compounders.