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HVOF
In the HVOF process, powder is axially fed into a high-pressure combustion chamber. The exhaust gases exit through a nozzle, creating a high-velocity stream that heats and propels the particles onto the workpiece. This results in a dense, well-bonded coating with minimal heat impact, preserving the properties of both the material and the substrate.

Cobalt-Based Powder
Iron-Based Powder
Nickel-Based Powder
Tungsten Carbide Powder
Ni & WC Mixed Powder
Alloy | Composition | Size (µm) | HRC | Data Sheet |
---|---|---|---|---|
TMPK2130 | TMPN+30WC | -150/+45, -180/+53 | – | – |
TMPK2135 | TMPN+35WC | -150/+45, -180/+53 | – | – |
TMPK2140 | TMPN+40WC | -150/+45, -180/+53 | – | – |
TMPK2145 | TMPN+45WC | -150/+45, -180/+53 | – | – |
TMPK2150 | TMPN+50WC | -150/+45, -180/+53 | – | – |
TMPK2155 | TMPN+55WC | -150/+45, -180/+53 | – | – |
TMPK2160 | TMPN+60WC | -150/+45, -180/+53 | – | – |
Ni & WC Gas Atomized Powder
Alloy | Composition | Size (µm) | HRC | Data Sheet |
---|---|---|---|---|
TMPK2105GA | TMPN+5WC | -53/+10, -45/+10 | – | – |
TMPK2110GA | TMPN+10WC | -53/+10, -45/+10 | – | – |
TMPK2115GA | TMPN+15WC | -53/+10, -45/+10 | – | – |
TMPK2120GA | TMPN+20WC | -53/+10, -45/+10 | – | – |
TMPK2125GA | TMPN+25WC | -53/+10, -45/+10 | – | – |
TMPK2130GA | TMPN+30WC | -53/+10, -45/+10 | – | – |
TMPK2135GA | TMPN+35WC | -53/+10, -45/+10 | – | – |