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Physical Property
Hardness HRA | Microharness kg/mm² | density g/cm³ | Melting point ºC |
93.0~93.7 | 2500~3000 | 16.5 | 2525 |
Partical size
Type | Sieve sizes (Mesh) | Particle size (μm) |
YZ5~10f | -5~+10 | 4000~2000 |
YZ10~20f | -10~+20 | 2000~850 |
YZ20~30f | -20~+30 | 850~600 |
YZ30~40f | -30~+40 | 600~425 |
YZ40~60f | -40~+60 | 425~250 |
YZ60~80f | -60~+80 | 250~180 |
YZ80~200f | -80~+200 | 180~75 |
YZ200~400f | -200~+400 | 75~38 |
YZ400f | -400 | 38 |
physical specifications:
pe | components % |
Impurity
| |||||||
W | T.C. | F.C. | Fe | Cr | V | N.V.R | Ti+Ta+Nb | Co+Ni+Mo | |
YZ-Ⅰ | 95~96 | 3.9±0.1 | 0.08 | 0.3 | 0.1 | 0.05 | 0.1 | 0.2 | 0.2 |
YZ-Ⅱ | 95~96 | 3.9±0.1 | 0.1 | 0.5 | 0.2 | 0.2 | 0.2 | 0.2 | 0.3 |
Tungsten Carbide Grit can be created to suit individual applications and work environments. One can alter the grit mesh size as well as the wire matrix to achieve the desired balance of protection from abrasion and impact.
Through hardfacing, tungsten carbide grit can be applied to a new part in order to better its wear resistance or to a used part to restore its worn-down surface.
Production process
Other Tungsten Carbide Products
Tungsten carbide plates
Tungsten carbide rods
Tungsten carbide rollers
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Tungsten carbide bushings
Tungsten carbide disc cutters
Tungsten carbide blades
Tungsten carbide composite rods
Tungsten OEM parts
Contact information