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The company's products are diversified and the supply is sufficient.
Lead ingots are rectangular in shape, with protruding lugs at each end, blue-white metal, and softer.
Lead ingots are divided into five grades according to their chemical composition, and the most commonly used fine lead on the market is Pb99.
The single weight of small ingots can be: 48kg±3kg, 42kg±2kg, 40kg±2kg, 24kg±1kg;
The unit weight of large ingots can be: 950 kg±50kg, 500 kg±25kg.
Packing: Small ingots are packed with non-corrosive packing tape. Large ingots are supplied as bare ingots.
Zinc ingot is a metallic material, purified zinc metal. The purity of zinc ingot can reach more than 90%, at least 90% pure.
Zinc ingot has a wide range of uses, mainly used in die-casting alloys, battery industry, printing and dyeing industry, pharmaceutical industry, rubber industry, chemical industry, etc. Alloys of zinc and other metals are also widely used in electroplating, spraying and other industries.
Magnesium ingot is a metallic material that is made from magnesium with a purity of 99.9% or more. Magnesium is a lightweight, soft metal with good electrical and thermal conductivity, and has a wide range of applications in aerospace, automotive, electronics, and optics.
Titanium dioxide is an important inorganic chemical pigment, the main component is titanium dioxide. The production process of titanium dioxide has two process routes, sulfuric acid method and chlorination method. It has important applications in paint, ink, paper, plastic and rubber, chemical fiber, ceramics and other industries.
Titanium powder, hydrogenated titanium powder: purity: 95-99.4% and other specifications
Characteristics:
Titanium powder: the product is silver gray irregular powder, with large absorption capacity, high temperature or electric spark
Flammable under high temperature or electric spark.
Hydrogenated titanium powder: the product is black gray irregular powder.
Use: Titanium powder and hydrogenated titanium powder is a very widely used metal powder. It is powder metallurgy
gold, alloy material additives. It is also metal ceramics, surface coating agent, aluminum alloy additive, electric vacuum suction agent.
additive, electric vacuum suction agent, spraying, plating and other important raw materials. It is also used in aerospace, spraying
Metallurgy, fireworks and other industries
Particle size: -40 mesh to -300 mesh. Bulk density: 1.2-1.6(g/cm3)
Ferrotungsten (with a tungsten content of 70% -80%) and is an alloy composed of tungsten and iron, used as an alloy additive in steelmaking. There are two commonly used types of tungsten iron, which contain 70% and 80% tungsten. Density (20 ℃) 19.3g/cm3. Melting point 3400 ℃. Boiling point 5555 ℃.
Ferrotungsten (with a tungsten content of 70% -80%) and is an alloy composed of tungsten and iron, used as an alloy additive in steelmaking. There are two commonly used types of tungsten iron, which contain 70% and 80% tungsten. Density (20 ℃) 19.3g/cm3. Melting point 3400 ℃. Boiling point 5555 ℃.
Sponge titanium is the raw material for titanium processing materials. Generally, it is a light gray particle with a clean surface and no visible inclusions. It also includes defective sponge titanium blocks, such as burnt sponge titanium blocks, oxidized sponge titanium blocks with obvious dark yellow and bright yellow traces, oxidized and nitrogen rich sponge titanium blocks with dark yellow and bright yellow traces, sponge titanium blocks with obvious chloride residues, and sponge titanium blocks with residues.Divided into five levels based on purity: WHTiO to MHTi4
Ferrotitanium is an iron alloy composed mainly of titanium and iron. According to the different titanium content, there are three main varieties: FeTi30 (containing Ti25.0% -35.0%, Al<8.5%, Si<5.0%), FeTi40 (containing Ti35.0% -45.0%, Al<9.5%, Si<4.0%), and FeTi70 (containing Ti65% -75%, A10.5% -5%, Si<0.5%). In addition, there are various titanium containing composite alloys such as Ti Si Fe, Ti B Al V, Ti B Al Cr, Ti Al, Ni Ti Al, Ti B Al, Ti Cr Al, etc., used as titanium additives.
Ferrotitanium is an iron alloy composed mainly of titanium and iron. According to the different titanium content, there are three main varieties: FeTi30 (containing Ti25.0% -35.0%, Al<8.5%, Si<5.0%), FeTi40 (containing Ti35.0% -45.0%, Al<9.5%, Si<4.0%), and FeTi70 (containing Ti65% -75%, A10.5% -5%, Si<0.5%). In addition, there are various titanium containing composite alloys such as Ti Si Fe, Ti B Al V, Ti B Al Cr, Ti Al, Ni Ti Al, Ti B Al, Ti Cr Al, etc., used as titanium additives.
Ferrotitanium is an iron alloy composed mainly of titanium and iron. According to the different titanium content, there are three main varieties: FeTi30 (containing Ti25.0% -35.0%, Al<8.5%, Si<5.0%), FeTi40 (containing Ti35.0% -45.0%, Al<9.5%, Si<4.0%), and FeTi70 (containing Ti65% -75%, A10.5% -5%, Si<0.5%). In addition, there are various titanium containing composite alloys such as Ti Si Fe, Ti B Al V, Ti B Al Cr, Ti Al, Ni Ti Al, Ti B Al, Ti Cr Al, etc., used as titanium additives.
Ferrotitanium is an iron alloy composed mainly of titanium and iron. According to the different titanium content, there are three main varieties: FeTi30 (containing Ti25.0% -35.0%, Al<8.5%, Si<5.0%), FeTi40 (containing Ti35.0% -45.0%, Al<9.5%, Si<4.0%), and FeTi70 (containing Ti65% -75%, A10.5% -5%, Si<0.5%). In addition, there are various titanium containing composite alloys such as Ti Si Fe, Ti B Al V, Ti B Al Cr, Ti Al, Ni Ti Al, Ti B Al, Ti Cr Al, etc., used as titanium additives.
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