Thermal conductivity - Import export

Extruded section, aluminium EN AW6060. Version Hard anodised aluminium, 50 µm. Hardness 500 HV. Note The aluminium guide rail has good thermal conductivity and importantly heats only at continuously very high speeds. ** lengths L2 = 20 mm * and L = 500 mm included L2 and L only available in full mm.

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.

Press paper in rolls and press board in sheets Polyester Film (PET) Mylar ®, Hostaphan ® PTFE film, PEEK ™ film, polyimide films Protection films Thermally conductive films

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