HVOF is to push the exhaust gas that is burned under pressure through an expansion nozzle, to produce a high-velocity gas stream. The powder particles are heated by the high-velocity gas stream and then transferred by high kinetic energy to the surface of the workpiece; then a dense coating is formed with excellent bonding properties.
Advantages of HVOF:
| Name | Composition | Equivalent | Download |
|---|---|---|---|
| TMP01Data Sheet | Co-30Cr-12W | AMPERSINT-2748-00 | Data Sheet |
| TMP06Data Sheet | Co-30Cr-4.5W | Stellite 6 | Data Sheet |
| TMP12Data Sheet | Co-29Cr-8.5W | Stellite 12 | Data Sheet |
| TMP21Data Sheet | Co-28Cr-5Mo | Stellite 21 | Data Sheet |
| Name | Composition | Equivalent | Download |
|---|---|---|---|
| TMPN40Data Sheet | Ni-7.5Cr | Deloro 40 | Data Sheet |
| TMPN50Data Sheet | Ni-11Cr-4Si | Deloro 50 | Data Sheet |
| TMPN625Data Sheet | Ni-22Cr-9Mo | Nistelle 625 | Data Sheet |
| Name | Composition | Equivalent | Download |
|---|---|---|---|
| TMPK120Data Sheet | WC-10Co-4Cr | JK120,Metco5847 | Data Sheet |
| TMPK135AData Sheet | 75Cr3C2-25NiCr | JK135 | Data Sheet |
| TMPK135BData Sheet | 75Cr3C2-25NiCr | JK135 | Data Sheet |