Tungsten carbide particles are an important material in current industrial applications. Because of their high wear resistance and corrosion resistance, they are widely used in industrial production.
The use of metal powder is a key material in the powder metallurgy industry. For example, the use of ultrafine alloy powder is a good additive in many industrial productions.
The application of tungsten carbide particle metallurgy is an important material that is often used in current industrial production, especially with the continuous improvement of the overall quality requirements of industrial production in today's market.
Tungsten trioxide is a powder with a yellow appearance. Its use cannot be ignored in many industrial chemicals, and there are also some high-equipment productions, where tungsten trioxide also plays an important role.
Speaking of today's industrial production, we have to mention the use of ferroalloys. Among many industrial productions, the use of ferroalloy is one of the very important materials, especially in the current steel production.
In industrial production, the use of various auxiliary materials is very concerned. For example, the use of high-purity tungsten carbide particles has a great impact on the production quality of many equipment.
Tungsten trioxide is an important oxygen compound, which occupies a very important position in the market. For the use of tungsten trioxide, customers' basic quality requirements for products are very critical, and in addition to this.
Iron tungsten powder is a material prepared by mixing metal tungsten and iron. It is used as an important mixture in the current industrial processing and is a key factor to improve the efficiency and quality of iron and steel smelting.
Tungsten carbide particles are an important metal processing material, which occupies an important position in many fields. At the same time, because it belongs to the classification of rare metals, the mining of raw material tungsten has always been an important concern in the market. topic.
The use of nano-tungsten trioxide is one of the important materials in industrial production. For nano-tungsten trioxide powder, if leakage occurs, it will cause many problems and even affect the health of the human body.
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Cu Fe Pb As Sb Bi Sn Zn S Hydrogen loss Acid >99.8% 0.01 0.0263 0.002 0.002 0.001 0.004 0.002 0.004 0.35 0.045
Total carbon T.C:3.8-3.88
Free carbon F.C:≤0.06
Ni:28.8-35.5
Powder:WC-12Ni
Preparation:Agglomeration and sintering
GRanularity(μm):45-15
Grade:JFGHWC40Ni
Total carbon T.C:3.7-3.96
Free carbon F.C:≤0.06
1. Tungsten powder has high purity, uniform particle size and good dispersion. It is an important raw material for the production of tungsten carbide powder
Tungsten carbide powder is the main raw material for processing cemented carbide and has more excellent properties.
2. Tungsten powder not only has high hardness, but also has the characteristics of wear resistance, corrosion resistance and high temperature resistance.
3. The melting point of tungsten is 3400 ºC. Boiling point 5555 ºC, insoluble in water, strong acid and alkali resistance.
4.The hardness of tungsten is the hardest among metals. The hardness of sintered tungsten rod is 200 ~ 250 and that of tungsten rod passing through rotary hammer is 350 ~ 400.
Sieving particle size: 60~325 mesh
Appearance: Granular, steel gray, with good fluidity. ,
Loose packing density: 7.3~8.9g/cm3
Tap density: 9.0~10.5g/cm3
Hall flow rate: ≤12 S/50g
Fisher particle size:>30μm
Molecular formula: W
Molecular weight: 183.85
Physical properties: a bright gray particles;
Chemical formula: FeW
Physical properties: the surface shall be smooth and clean, and the section and surface shall be free of significant non-metallic inclusions and rust spots.
Appearance: granular, steel gray, with good fluidity
Loose density: 7.3 ~ 8.9g/cm3
Compaction density: 9.0 ~ 10.5g/cm3
Hall flow rate: ≤ 12 S / 50g
Fischer particle size: > 30 μ m
Sintering temperature: 760 ~ 810 ℃
Hardness: 107 ~ 110 HRB
Chemical formula: WC
Physical properties: rigid gray metal powder.
Molecular formula: WO3
Molecular weight: 231.86
Specific gravity: 7.16g/cm3
Appearance: Light yellow triclinic powder crystals, light yellow heavy powder, which turns dark orange when heated, and restores its color when cold. When the temperature is higher than 740℃, it will transform into orange tetragonal crystals, which will return to the original state after cooling.
Chemical formula: eutectic, two-phase tungsten carbide (WC • W2C) WC
Appearance: dark gray powder, multi angular smooth particles.
Features: high temperature resistance, super wear resistance and impact resistance.
Cu Fe Pb As Sb Bi Sn Zn S Hydrogen loss Acid >99.8% 0.01 0.0263 0.002 0.002 0.001 0.004 0.002 0.004 0.35 0.045
Total carbon T.C:3.8-3.88
Free carbon F.C:≤0.06
Ni:28.8-35.5
Powder:WC-12Ni
Preparation:Agglomeration and sintering
GRanularity(μm):45-15
Grade:JFGHWC40Ni
Total carbon T.C:3.7-3.96
Free carbon F.C:≤0.06
1. Tungsten powder has high purity, uniform particle size and good dispersion. It is an important raw material for the production of tungsten carbide powder
Tungsten carbide powder is the main raw material for processing cemented carbide and has more excellent properties.
2. Tungsten powder not only has high hardness, but also has the characteristics of wear resistance, corrosion resistance and high temperature resistance.
3. The melting point of tungsten is 3400 ºC. Boiling point 5555 ºC, insoluble in water, strong acid and alkali resistance.
4.The hardness of tungsten is the hardest among metals. The hardness of sintered tungsten rod is 200 ~ 250 and that of tungsten rod passing through rotary hammer is 350 ~ 400.
Sieving particle size: 60~325 mesh
Appearance: Granular, steel gray, with good fluidity. ,
Loose packing density: 7.3~8.9g/cm3
Tap density: 9.0~10.5g/cm3
Hall flow rate: ≤12 S/50g
Fisher particle size:>30μm
Molecular formula: W
Molecular weight: 183.85
Physical properties: a bright gray particles;
Chemical formula: FeW
Physical properties: the surface shall be smooth and clean, and the section and surface shall be free of significant non-metallic inclusions and rust spots.
Appearance: granular, steel gray, with good fluidity
Loose density: 7.3 ~ 8.9g/cm3
Compaction density: 9.0 ~ 10.5g/cm3
Hall flow rate: ≤ 12 S / 50g
Fischer particle size: > 30 μ m
Sintering temperature: 760 ~ 810 ℃
Hardness: 107 ~ 110 HRB
Chemical formula: WC
Physical properties: rigid gray metal powder.
Molecular formula: WO3
Molecular weight: 231.86
Specific gravity: 7.16g/cm3
Appearance: Light yellow triclinic powder crystals, light yellow heavy powder, which turns dark orange when heated, and restores its color when cold. When the temperature is higher than 740℃, it will transform into orange tetragonal crystals, which will return to the original state after cooling.
Chemical formula: eutectic, two-phase tungsten carbide (WC • W2C) WC
Appearance: dark gray powder, multi angular smooth particles.
Features: high temperature resistance, super wear resistance and impact resistance.
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