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.

Thermally conductive tapes offer high performance heat dissipation; vital requirements for designing electronic devices where demand is for slimmer and more powerful features. Thermally conductive tapes offer a clean alternative to pastes and liquid adhesives and can be die-cut to bespoke designs, providing efficiency of application and reducing assembly times. Double coated and transfer thermally conductive tapes are available in a variety of thicknesses

Designed to meet the needs of smaller, high performance electronic circuitry. These new gap fillers provide an outstanding heat transfer interface across a range of component heights with minimal compression force. THESE PRODUCTS ALL PROVIDE: • Range of thicknesses from 20 mils to 250 mils • Intrinsically tacky surfaces for excellent self-adhesion • Available with various surfaces (no-stick, fabric) for specific application needs • UL 94 V-0 flame retardancy • Large 24" x 24" sheet sizes for improved die-cutting yield with custom sizes available • Range of compliance and thermal conductivities to fit specific applications

R134a is a new type of refrigerant, its standard boiling point is -26.5°C; R134a is safe, colorless, odorless, non-flammable, non-explosive, basically non-toxic, and chemically stable; R134a has a large latent heat of vaporization and is more stable Large autoclave capacity and good refrigeration capacity; large saturated gas volume, small mass flow of refrigerant in the same displacement compressor; high thermal conductivity, good heat transfer performance; low viscosity, good fluidity; no effect on the ozone layer The damage and greenhouse effect are smaller than R22. R134a has a relatively small corrosive effect on metals, good stability, and is insoluble in water, but R134a is insoluble in mineral oil, so POE or PAG lubricants are required.

Thermoconductive acrylic adhesive Thickness: 0,160mm Supplied with two protective liners. Service Temp:-20C /155C

Our range of aluminium foil tapes is designed to cover all key application areas where high temperature resistance and electrical or thermal conductivity are required. Applications include insulation and duct sealing in the heating, ventilation and air conditioning market and electromagnetic protection in the electronic industry. Key applications: Closure of soft and rigid air duct insulation in HVAC applications. Insulation of boiler cases, high-pressure steam pipe insulation, etc. Jointing of thermo-acoustic panels. Galvanising and aeroplane/automotive painting and refinishing. For masking during sandblasting and powder finishing. Fixing of coils to refrigerator panels to maximize cold efficiency. For applications requiring a heat reflector. Thicknesses : 30µ, 40µ,50µ,80µ and 100µ(with or without protective liner) Benefits: Softness and conformability for ease of use in application.

We offer wide range of innovative wall, roof or cooling layered boards containing the core made of polyisocyanurate foam (PIR). These boards consist of two linings made of steel sheets galvanized on both sides, with organic polyester lacquer coating of 25 µm and the s tructural and insulation core made of rigid, Freon-free, self-extinguishing PIR foam with great thermal insulation and fire resistance. Thermal conduction coefficient is λ = 0.022 W/m*K. PIR foams are characterized by strengthened resistance against high temperatures, they decompose at temperatures over 325ºC and their carbonization is ca. 50%. The carbonized layer protects against penetration of high temperatures through a board resulting in more efficient fire protection barrier. Diversified colours and profiles result in various possibilities for architects. ​

We offer wide range of innovative wall, roof or cooling layered boards containing the core made of polyisocyanurate foam (PIR). These boards consist of two linings made of steel sheets galvanized on both sides, with organic polyester lacquer coating of 25 µm and the s tructural and insulation core made of rigid, Freon-free, self-extinguishing PIR foam with great thermal insulation and fire resistance. Thermal conduction coefficient is λ = 0.022 W/m*K. PIR foams are characterized by strengthened resistance against high temperatures, they decompose at temperatures over 325ºC and their carbonization is ca. 50%. The carbonized layer protects against penetration of high temperatures through a board resulting in more efficient fire protection barrier. Diversified colours and profiles result in various possibilities for architects. ​

We offer wide range of innovative wall, roof or cooling layered boards containing the core made of polyisocyanurate foam (PIR). These boards consist of two linings made of steel sheets galvanized on both sides, with organic polyester lacquer coating of 25 µm and the s tructural and insulation core made of rigid, Freon-free, self-extinguishing PIR foam with great thermal insulation and fire resistance. Thermal conduction coefficient is λ = 0.022 W/m*K. PIR foams are characterized by strengthened resistance against high temperatures, they decompose at temperatures over 325ºC and their carbonization is ca. 50%. The carbonized layer protects against penetration of high temperatures through a board resulting in more efficient fire protection barrier. Diversified colours and profiles result in various possibilities for architects. ​

We offer wide range of innovative wall, roof or cooling layered boards containing the core made of polyisocyanurate foam (PIR). These boards consist of two linings made of steel sheets galvanized on both sides, with organic polyester lacquer coating of 25 µm and the s tructural and insulation core made of rigid, Freon-free, self-extinguishing PIR foam with great thermal insulation and fire resistance. Thermal conduction coefficient is λ = 0.022 W/m*K. PIR foams are characterized by strengthened resistance against high temperatures, they decompose at temperatures over 325ºC and their carbonization is ca. 50%. The carbonized layer protects against penetration of high temperatures through a board resulting in more efficient fire protection barrier. Diversified colours and profiles result in various possibilities for architects. ​

Aluminium enclosure, high thermal conductivity for optimum passive heat dissipation. Low weight coupled with high stability. Protection category IP 65 to IEC 60 529. CP Compact Panel, for front panel BH 520x400 mm, installation depth 74 mm, Extruded aluminum section, Support arm connection 120x65 mm, Hinged rear panel with screw lock

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

Thermal conductivity coefficient (X) EN 12665 - W/m.K = 0,032 (-20°C) - W/m.K = 0,034 (0°C) - W/m.K = 0,036 (20°C) - W/m.K = 0,038 (40°C) - W/m.K = 0,040 (+60°C) Water vapor diffusion resistance EN 12086 = µ ≥ 7.000 Classification of reaction to fire EN 13501-1 = B - s2 - d0 Heat resistance EN 14706 = max. +110°C Soluble chloride ion level EN 13468 = 500 pH = 6-8 Flexibility = Perfect Closed cells' percentage = > 90 % Resistance to chemicals (oils, mineral oils) = Good Mold and odor formations = No

Thermal conductivity coefficient (X) EN 12665 -W/m.K = 0,032 (-20°C) -W/m.K = 0,034 (0°C) -W/m.K = 0,036 (20°C) -W/m.K = 0,038 (40°C) -W/m.K = 0,040 (+60°C) Water vapor diffusion resistance EN 12086 = µ ≥ 7.000 Classification of reaction to fire EN 13501-1 = B - s2 - d0 Heat resistance EN 14706 = max. +110 Soluble chloride ion level EN 13468 = 500 pH EN 13468 = 6--8 Flexibility = Perfect Closed cells' percentage = > 90 Resistance to chemicals (oils, mineral oils) = Good Mold and odor formations = No