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InsulationSealingShaped PartsFunctional FoilsNanoSpreaderHALA ClipsThermal Interface MaterialsTHERMACORE
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| InsulationSealingShaped PartsFunctional FoilsNanoSpreaderHALA ClipsThermal Interface MaterialsTHERMACORE |
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As one makes his bed, so he must lie...Thermally conductive interface materials minimise the thermal drop, thus reducing the thermal resistance in the contact area between heat source and heat sink. >>More about Thermal Interface Materials<<Electrically insulating: Gap-Filler | Silicone Foils | Insulating Films | Electrically non-insulating: Data Sheets: Data Sheets Thermal Management Our Thermal Navigator guides you to the right material. >>Thermal Navigator<<Electrically insulating thermal interface materials mostly consist of elastomers such as silicone or engineering plastics such as polyimide having compliable coatings made of phase change or soft contact polymers as well as adhesive films in order to improve the thermal contact at certain pressures. Electrically non-insulating thermal interface materials are based on electrically non-insulating carriers made of aluminum, copper, graphite or realized as pure phase change films or as pre-applied printable or dispensable phase change compounds. Another product family are highly thermally conductive elastomers filled with electrically conductive fillers. The high natural electric conductivity comes along with a very high thermal conductivity. The thermal resistance is minimized by additional coatings made of phase change or soft contact materials or adhesive coating at defined pressures. |
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