Classification | Carbide, Tungsten-based |
---|---|
Chemistry | 88WC 12Co |
Manufacture | Agglomerated And Sintered |
Morphology | Spheroidal |
Size Of WC | Fine WC |
Classification | Carbide, Tungsten-based |
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Chemistry | 88WC 12Co |
Manufacture | Agglomerated And Sintered |
Morphology | Spheroidal |
Purpose | Wear Resistance |
Classification | Carbide, Tungsten-based |
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Process | HVOF, HVAF |
Operating Temperature | Max Operating Temperature 750℃ |
Corrosive Wear Resistance | Corrosive Wear Resistance |
Manufacture | Agglomerated And Sintered |
Process | HVOF, HVAF |
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Chemistry | 86WC,10Co,4Cr |
Manufacture | Agglomerated And Sintered |
Classification | Carbide, Tungsten-based |
Operating Temperature | Max Operating Temperature 750℃ |
Classification | Carbide, Tungsten-based |
---|---|
Process | HVOF, HVAF |
Manufacture | Agglomerated And Sintered |
Morphology | Spheroidal |
Operating Temperature | Max Operating Temperature 750℃ |
Classification | Carbide, Tungsten-based |
---|---|
Process | HVOF, Atmospheric Plasma Or Combustion Powder Thermospra |
Flowability | Free-flowing Powder |
Manufacture | Agglomerated And Sintered |
Morphology | Spheroidal |
Apparent Density | 2.9 – 5.8 G/cm3 |
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Corrosive Wear Resistance | Corrosive Wear Resistance |
Chemistry | 86WC 10Co 4Cr |
Process | HVOF, Atmospheric Plasma Or Combustion Powder Thermospra |
Morphology | Spheroidal |
Classification | Carbide, Tungsten-based |
---|---|
Process | HVOF, HVAF |
Operating Temperature | Max Operating Temperature 750℃ |
Corrosive Wear Resistance | Corrosive Wear Resistance |
Chemistry | 86WC,10Co,4Cr |
Classification | Vanadium Carbide |
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Particle Size | 60-325Mesh,2.0-3.0um,1.5-2.0um |
Melting | 2810°C |
Applicaitons | Industrial Use |
NAME | Vanadium Carbide VC Powder |
Classification | Carbide, Tungsten-based |
---|---|
Chemistry | 86WC 10Co 4Cr |
Manufacture | Agglomerated And Sintered |
Morphology | Spheroidal |
Size Of WC | Fine WC |