Kunze Folien - Thermal Management

Founded in 1985 Kunze Folien GmbH is recognized as one of the leading providers of customized heat management solutions. As the demands for both manufacturing and reliability increase it is very important to understand the complexity and the importance of each component in every application. As an "All-In-One-Supplier” Kunze with its’ wide and advance product range is able to provide the best heat management solution.

	Thermally Conductive Interface Materials with Polyimide Polyimide films are ideal substrates to be coated with thermally conductive laminates due to their thinness, dielectric properties as insulators and their mechanical stability as well as their resistance to damage from chemicals and temperature.
	Thermo-Silicone Interface Materials Kunze HEATPAD® silicone foils exhibit higher temperature and chemical stability as well as high dielectric strength and are an ideal substitution to the use of mica and thermal grease for thermal conductivity and electrical insulation.
	Thermally Conductive Soft-Silicone Interface Materials Kunze HEAT PAD® soft-silicone foils are soft and highly thermally conductive. They are used for applications in which the heat has to be conducted over a longer distance from the source to the heat sink or the.
	Thermo-Silicone Caps and Tubes Kunze Thermo-silicone caps and tubes are made of silicone filled with highly thermally conductive ceramics. The electric insulation around the components ensures optimum protection against electrical breakdown while at the same time reducing the total thermal resistance to the heat-sinking component.
	Thermally Conductive Phase Change Interface Materials Because Kunze phase change materials expand after having passed the phase-change temperature, they fill air voids and expel the air pockets from the contact surfaces’ through pressure and expansion of the material, the layer becomes very thin resulting in a minimum thermal contact resistance.
	Graphite Interface Materials Kunze graphite interface materials are made out of pure graphite and are not electrically insulating. They combine high thermal conductivity with a very low thermal contact resistance. These interface materials are ideally used to spread heat from hot spots Due to their natural softness, they fit perfectly to the contact surfaces without applying much pressure thus expelling air pockets and greatly reducing the thermal contact resistance.