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Heat pipes are an integral part of modern heat management systems. Thanks to their extremely high thermal conductivity of 5,000 to 20,000 W/mK through heat of vaporisation, they make decentralised cooling solutions possible.
All electronic applications generate heat loss during operation. To maintain the function of the components used in the long term, this heat must be dissipated. Gap fillers or gap filler pads are used for this purpose.
Thermal conductive foils and films have the property of adapting to the contact surfaces under pressure, minimising the overall thermal resistance depending on the pressure. At the same time, they ensure electrical insulation.
Fully dielectric insulating, thermally conductive caps and tubes provide excellent thermal transfer between electronic components and cooling surfaces.
When softening above the phase change temperature, phase change materials (PCM) wet the inevitable surface roughness and expel air pockets from the micropores of the surface.
Graphite foils consist of more than 98% pure natural or synthetic pyrolytic graphite. Due to their flake-like structure, they exhibit anisotropic thermal conductivity in the foil plane (x-y plane) and perpendicular to it (z direction).
PSA films are suitable for thermally bonding heat sinks to electrically insulated semiconductor components. They are primarily used in applications where space is limited and low weight is important.
Thermal pastes fill air pockets caused by roughness and unevenness between the power component and the heat sink. This enables more efficient heat dissipation by minimising thermal resistance.
The single- or two-component adhesive systems cure at room temperature or under heat. Their excellent adhesive thermal contact and high conductivity minimise thermal voltage drop.
Self-levelling two-component casting systems allow gap dimensions and tolerances to be thermally bridged without applying permanent pressure, while still establishing thermal contact at the interfaces.
For optimum cooling, all parts must work together perfectly. To achieve this, we develop customised solutions for our customers. Universal clamps are often used for this purpose, as they provide maximum contact.
Our range of insulation materials covers a wide variety of properties and designs, from sheets and rolls to loose die-cut parts and multidimensional structures.