Thermal conductivity - Import export

Mineral additive for thermal conductivity with simultaneous electrical insulation With the white, mineral additive, thermal conductivities of more than 2 W/mKin plastic compounds are possible without any problems.

Surface treatment with laser with a broad spectrum of applications (improved thermal conductivity, anti-icing / freezing, anti-friction, anti-wear, lubrication, anti-microbial, reduced electrical resistance e.g. for connectors, holograms, product protection, logos, wettability, increase surface area by up to 280% ...). Can be used for metal (steel, aluminum, titanium) polymers / plastics (e.g. polycarbonate), composite material and ceramics

Surface treatment with laser with a broad spectrum of applications (improved thermal conductivity, anti-icing / freezing, anti-friction, anti-wear, lubrication, anti-microbial, reduced electrical resistance e.g. for connectors, holograms, product protection, logos, wettability, increase surface area by up to 280% ...). Can be used for metal (steel, aluminum, titanium) polymers / plastics (e.g. polycarbonate), composite material and ceramics

GraphTHERM® - graphite optimised for heat conductivity. GraphTHERM® developed by Georg H. Luh GmbH especially for improved heat conductivity enable a thermal conductivity of 20 W/mK or more thanks to their special form. The mechanical properties or processability are not impaired even at a high filling degree of more than 60%. This combination of characteristics makes GraphTHERM® especially well suited for plastics applications. GraphCOND® - graphite optimised for electrical conductivity Special pre-treatment and grinding results in graphite particles that enable an effective electrically conductive network to be created even at a low material proportion. A conductivity of >100 S/cm is possible in plastic. GraphCOND® features convincing properties and is versatile in application, for example in dissipative coatings or highly conductive compounds.

The requirements: highly precise tolerances without surface grinding extremely thin silicone coating layers (in picture: 0.6 mm) high silicone thermal conductivity (in picture: > 0.8 W/mK) anti-adhesive, thin top coatings (in picture: 30µm PFA)

KB RollerTech processes seamless metal belts (stainless steel and nickel). Compared to coated plastic belts, metal belts offer the following advantages: very high thermal conductivity very high physical stability Today, KB RollerTech processes metal belts with the following properties: Properties Nickel belts Stainless steel belts Length < 350 mm < 400 mm Diameter 15 - 50 mm 10 - 100 mm Wall thickness 30 - 500 µm 35 - 100 µm Geometry straight straight and concave Remarks 100 mm diameter only possible with seam Concerning the coatings the following combinations are possible: Nickel belts Stainless steel belts PFA sleeves PFA spray coatings or PFA sleeves Silicone and PFA sleeves Silione and PFA spray coatings or PFA sleeve