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.

Aluminium heat exchanger Heat output from 50 kW to 3250 kW High corrosion resistance Efficient heat transfer Compact size for easy installation and maintenance Self cleaning with special pin design Low pneumatic resistance High modulation range possible Low hydraulic resistance. Excellent thermal conductivity Equipped with fiber coated, premix round – burner

The thermal conductivity measuring insert is intended for measurement of the thermal conductivity coefficient temperature dependencies in constant magnetic field using stationary method. The inner sample holder is equipped with the resistive heaters, resistive temperature sensors and Hall sensor. The thermal conductivity measuring insert characteristics: - relative measurement accuracy of thermal conductivity coefficient: 3 %; - sample dimensions: a rectangular plate 22×4×2 mm; - temperature interval – from 80 to 370 K; - magnetic field interval – from 0.02 to 2 T.

Form: Granule; Feature: Heat Insulation and Low Thermal Conductivity; Application: Extrusion & Injection Moulding; Customized: Yes and contact for material solution.

The aluminum nitride (AlN) ceramic has high thermal conductivity(5-10 times as the alumina ceramic), low dielectric constant and dissipation factor, good insulation and excellent mechanical properties, non-toxic, high thermal resistance, chemical resistance ,and the linear expansion coefficient is similar with Si,which is widely used in communication components, high power led, power electronic devices and other fields.Special spec products can be produced upon requests. Product Features： 1.Uniform microstructure 2.High thermal conductivity* (70-180 Wm-1K-1), tailored via processing conditions and additives 3.High electrical resistivity 4.Thermal expansion coefficient close to that of Silicon 5.Resistance to corrosion and erosion 6.Excellent thermal shock resistance 7.Chemically stable up to 980°C in H2 and CO2 atmospheres, and in air up to 1380°C (surface oxidation occurs around 780°C; the surface layer protects the bulk up to 1380°C).

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

The advantages of metal Buildings are their economical, fast, stylish and counter earthquake construction and the possibility of future expansion The metallic frame is covered with polyurethane panels that ensure effective thermal insulation, roof lighting, side windows, industrial doors, gutters, special fittings, etc. The panels are composed of two steel plates, between which the polyurethane insulation is inserted. Their interconnection is simple with guaranteed waterproofing. In addition, they have a built-in foam plastic sponge, which ensures tightness against air and dust. Ecological polyurethane (freon-free), self-extinguishing, class B2 according to DIN 4102 and hygroscopic (95% closed cells, water absorption less than 3% by volume). Density: 40 kg/ cubic meters Thermal conductivity coefficient: λ=0,0l7 kcal/mh ° C

Our Platinium mattress combines the benefits of viscoelastic and graphene on its upper part, providing a smooth and gradual rest for the body during rest. Graphene has antifungal properties and helps improve thermal conduction, preventing heat retention and improving sleep. DETAILS Height: 27cm With side wings Regulates the temperature Distributes the pressure exerted by your body Perfect adaptation to your position Mattress transported vacuum rolled

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.

Germanium wafers are a semiconductor material & therefore are a smart choice for microelectronics. Due to its unique electric properties, it is widely used for sensors, solar cells and infrared optical applications. The wafers are also great for microelectronics as the space is limited and being available in 500μm or less it makes it perfect to achieve the high quality results required. It’s thermal conductivity makes it a good alternative to silicon. Our stock wafers are produced as thin as 500μm and provide exceptional surface quality. However, we can manufacture to a fully customised specification with a wafer thickness as little as 10 μm. Typical specifications of our germanium wafers are: 10mm – 150mm in diameter <500μm in thickness Doped and undoped Germanium

Place of Origin: China Model Number: 1100,1145,1050,1060,1235 Certificate: ISO9001 Application: Cigarette Packaging, Lamination and Food Packaging Treatment: Printed/coated/embassed Shape: coil Alloy: 1100,1145,1050,1060,1235 Thickness: 0.006~0.009mm, 0.006~0.009mm Width: 280mm-1500mm Standard: ASTMB209,EN573-1S Type: heavy gaugefoil/medium gauge foil/light gauge foil Packaging: Seaworthy Export Standard Wooden Box Supply Ability: 3000 Ton/Tons per Month Delivery time: 15-35days after confirmed order Port of shipment:Xiamen Aluminum Foil Characteristics: With blade design Strong seal-ability With the best materials so that the food won't stick on the foil Various size and thickness to choose. Muti-functionality  Great thermal conductivity

Like oxides and nitrides, Silicon Carbide (SiC) is a very hard-wearing material, again requiring diamond-grinding methods to process once fired. Although not exclusively, carbides are used mainly for applications in which physical wear is a major consideration. They are amongst the hardest materials available.

Contact springs; connectors; membranes; switch elements; fixed contacts. Ultrahigh strength spring elements.

Precision Ceramics is a Shapal Distributor. Precision Ceramics is a Shapal Expert. In fact, there is no other Shapal Supplier who knows more about this unique machinable ceramic than Precision Ceramics. We’re simply experts in everything Shapal.

Macor Machinable Glass Ceramic is one of the most versatile and unique technical ceramics available and as you would expect from Corning’s principal, longest serving and highly-respected UK distributor, Precision Ceramics offers a complete, fast turnaround, research and development, design, prototyping and manufacturing service which is second to none! We’re also experts in Macor Machining and Metallization.

Aluminium nitride (AlN) is one of the best materials to use if high thermal conductivity is required. When combined with its excellent electrical insulation properties, aluminium nitride is an ideal heat sink material for many electrical and electronic applications.

Contact springs; connectors; membranes; switch elements; fixed contacts. Ultrahigh strength spring elements.

Contact springs; connectors; membranes; switch elements; fixed contacts. Ultrahigh strength spring elements.

By creating specialized aluminum alloys, pioneering new treatments and combining aluminum components with other materials such as paper, plastic and fiberglass, Novelis has become the global quality leader for the transportation manufacturing industry. We have created a range of transportation manufacturing products that provide insulation against heat, sound and gases, high strength so components remain effective under pressure, and superior flexibility for a full range of designs and implementations. Key Novelis aluminum components include heat exchangers, heat protection mats and sleeves, energy absorption elements, hoses, silencers and flexible tubes, including heat protection tubes, air ducts and exhaust pipes. Novelis is a leading supplier of light-gauge, narrow-slit aluminum fin stock (bare and clad) and brazing sheet used in the production of heat exchangers.

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.

ISOVAL® 10 R is an epoxy based glassroving laminate with excellent compressive strength and low thermal conductivity even at elevated temperatures and with a limiting temperature of 180°C

Boron Nitride is an advanced synthetic ceramic material available in powder, solid, liquid and aerosol spray forms. Its unique properties – from high heat capacity and outstanding thermal conductivity to easy machinability and superior dielectric strength – make boron nitride a truly outstanding material.

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

Manufacturing Process CNC Machining & Injection Molding Glass Filled PEEK Thermal Properties High Operating Temperature: Glass-filled PEEK can withstand temperatures up to 250°C (482°F). Low Thermal Expansion: It has minimal dimensional changes with temperature. Low Thermal Conductivity: It's a poor conductor of heat, useful for insulation. Flame-Resistant: PEEK is inherently flame-resistant with low smoke emissions.

Special SiO 2> glass fibres that withstand high temperatures are the basic material for these products. Their characteristic properties are low thermal conductivity, minimum heat storage and absolute incombustibility. isoTHERM® ST does not irritate the skin, is absolutely harmless to health and has excellent chemical resistance properties. Available dimensions: width: 8 - 120 mm, thickness: 0,2 - 10 mm.

Special SiO 2> glass fibres that withstand high temperatures are the basic material for these products. Their characteristic properties are low thermal conductivity, minimum heat storage and absolute incombustibility. isoTHERM® ST does not irritate the skin, is absolutely harmless to health and has excellent chemical resistance properties. Available dimensions: 3 - 30 mm.

The handrail of your GRP stairway won’t ever feel really cold to the touch, even in winter, thanks to the low thermal conductivity of the pultruded GRP profiles. Generally speaking, all TC structures are developed in accordance with DIN EN ISO 14122. Certification according to DIN EN ISO 90012015 confirms that our quality management is sound. Pultruded GRP construction profiles produced by Exel Composites meet the requirements of EN 13706/E23

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