We Provide Refractory Metals For Various Industries
The company's products are widely used in aerospace, medical, machining, semiconductor lighting, semiconductor integration, glass, high temperature furnace, security and defense, electric light source, automotive and other industries.
Structural airframe applications include wing structures, landing gear components, critical fasteners, springs, and hydraulic tubing. Tungsten, Molybdenum, Tantalum & Niobium supper alloys are selected in this application due to its basic characteristics; specifically its strength to weight ratio.
In conventional weapons materials, metal materials account for about 80%, which is dominant in iron and steel materials. But, with the modernization development of the weapon, high-performance non-ferrous metal armour material, structure, special functional materials and composite materials is growing fast, the processor to the improvement of the performance of the tactical technology more and more important role.
For a long time, the main material of steel has been manufacturing cars, in automotive steel, alloy steel ratio is higher. Many cars used abroad containing Cr, Ni, Mo and other elements of the structural steel and high Co content of permanent magnetic material, but these resources are relatively scarce, save alloy resources become one of auto materials development and application of principles guiding.
In the non-ferrous metallurgy and chemical industry, ferroalloys are more and more widely chosen, for example, low carbon ferromanganese used in the production of electrode; Ferrochrome is used as an anode material for the production of chromides and chrome plating, and some ferroalloys are used for the production of high temperature resistant materials.
When we talk about "green" electronics, we mean those that minimize the energy consumption of their products and are made of environmentally friendly materials as much as possible. In other words, less energy is used to mine materials and make equipment in the production process, or less energy is consumed in the lifetime of products produced using these materials.