| Name | Chemistry | Flow Density | Size | Hardness | Application Data |
| Iron base alloy Gas atomized |
316, 420, 430,440 | / | 80-270mesh 100-270mesh |
By differetn grades, the coating will have medium anti-wear and corrosion perfromance. |
|
| Nickel base alloy Gas atomized |
Ni15, Ni25 Ni35,Ni45 Ni50,Ni60 Ni65 |
12-15s/50g 3.5-4g/cm3 |
80-270mesh 100-270mesh |
15-65HRC | By differetn grades, the coating will have different anti-wear and corrosion perfromance. |
| Cobalt-based alloy gas atomization |
Co1#、Co6#Co12#Co21 # |
12-15 sec/50 g 4.3-4.8 g/cm3 |
100-270 mesh | 28-55HRC | For coating properties, please refer to our introduction to cobalt-based alloys . |
| Cast/melt toilet mix |
WC/NiBSi 60/40 65/35 Other ratios |
/ | 80-270 mesh 100-270 mesh |
Matrix 35HRC carbide HV2500 |
It is suitable for overlay of steel, cast iron, and superalloys, which are subject to severe wear, friction wear, erosion, oxidation, etc. |
| Spherical casting WC mix |
SWC/Ni base matrix | / | 80-270 mesh 100-270 mesh |
Matrix 50HRC Carbide 3300HV |
Excellent resistance to severe wear, corrosion, erosion and oxidation, suitable for shafts, earthmoving equipment, quarry equipment, etc. |
| Large crystalline WC mixture |
MWC/Ni base matrix | / | 80-270 mesh 100-270 mesh |
Matrix 50HRC Carbide 2200HV |
Higher thermal stability compared to cast tungsten carbide blends. |
