Borofloat 33 is a high-quality borosilicate glass that offers low thermal expansion, and high thermal shock resistance making it ideal for a wide range of optical mirror applications.
It features high melting point(2610°C), low thermal expansion rate, high heat conductivity, low vapor pressure, excellent corrosion resistance to molten metal and glass.
AlSi alloys have the advantages of light weight, low thermal expansion, high thermal conductivity, which can be machined, electroplated and welded in normal procedure.
By utilizing this continuously-cast aluminum rod as a material, the Showa Denko Group also manufactures forged aluminum products which have the properties of high strength, anti-wear sliding, and low thermal expansion coefficient.
L-COP is a composite material characterized by low thermal expansion coefficient particles of Cu2O(cuprous oxide) dispersed inside the high thermal conductivity Copper matrix.
DENKA ALSINK is an aluminum-based composite(MMC) consisting of Al-SiC and ceramics, and an excellent material characterized by low thermal expansion, high thermal conductivity, high strength, and lightweight.
Aluminum Nitride(AlN) is a ceramic material possessing outstanding properties such as high thermal conductivity, high electrical resistance, low dielectric loss and low coefficient of thermal expansion.
MMC is being used in a Japanese satellite,"Hayabusa 2", as rings on its Microwave Discharge Ion Engine, because of its light weight, low thermal expansion and quick absorption of vibration.
The Bruker xSol High Temperature Stage enables quantitative, accurate, and reliable nanomechanical characterization at elevated temperatures up to 800°C. Unrivaled stability for Quantitative and Repeatable Results The proprietary stage design is constructed with a unique combination of low thermal expansion and thermally insulating materials to achieves high thermal stability and short stabilization times.
ShoticTM especially has homogeneous and fine metal structure, which is realized by SDK's proprietary continuous casting technology, and shows high strength under high temperature, high abrasion resistance, and high corrosion resistance. In addition, forged products made from ShoticTM also show high strength, high abrasion resistance, and low thermal expansivity.
低熱膨張係数(金属-セラミック構造体は、金属-半導体構造、金属-
Low thermal expansion coefficient(of the metal- ceramic structure,
Properties Tungsten carbide copper contact with high density, high conductivity, high strength and hardness, low resistivity, low thermal expansion coefficient and resistance arc burning properties. Advantage in electrical contact materials and electrode materials are applied to other materials in the short term can not replace.
We use HIP molding plant- high temperature sintered tungsten matrix- copper-impregnated impregnation technology that, can produce tungsten copper tube for 6-50% of the various pieces of large or profiled Tungsten copper alloy material we produced has characteristics of high-density, high thermal conductivity, high strength and hardness, low resistivity, low thermal expansion coefficient and easy machining etc, and tungsten copper tube has excellent performance in areas of the burning arc of resistance, anti-welded and corrosion resistance.
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