Air-water spray cooling
In air-water spray cooling, a jet of water is atomized by compressed air in a two-substance nozzle and accelerated in the direction of the surface to be cooled. This results in an increase in the high Leidenfrost and burn-out temperatures, controllable quenching intensities thanks to precisely adjustable media inlet pressures and the possibility of locally adapted heat treatment.
In air-water spray cooling, a jet of water is atomized by compressed air in a two-substance nozzle and accelerated in the direction of the surface to be cooled. This results in an increase in the high Leidenfrost and burn-out temperatures, controllable quenching intensities thanks to precisely adjustable media inlet pressures and the possibility of locally adapted heat treatment.
Technical equipment
- Spray cooling systems with different nozzle configurations
- Use of internally mixing two-substance nozzles
- Heat treatment of various component geometries
- Simulation-based design of heat treatment strategies
- Local adaptation of cooling using independent control circuits
- Induction hardening possible in combination with induction heating systems
- Programmable cooling regimes for advanced temperature control
- Contact and non-contact temperature control
30823 Garbsen
