Equipment Overview
Highly efficient degreasing using superheated steam Proposal of binder removal method
The typical degreasing process in the manufacturing process of ceramics requires a slow temperature rise and fall and a long heating time.
Therefore, a large amount of energy is consumed in this degreasing process.
The use of superheated steam suppresses the rapid generation of pyrolysis gases and is highly effective in removing residual solid carbon components.
The application of the superheated steam decarbonization furnace enables high-speed degreasing and improved thermal efficiency, contributing to shorter degreasing process times, energy savings, and lower production costs.
| Superheated steam experimental furnace | |||
| Maximum temperature | 700°C | (Furnace body heater Steam heating heater) | |
| 200°C | (water vapor heater) 200°C (water vapor heater) | ||
| Atmosphere inside furnace | Atmosphere containing air, N₂, and H₂O (normal pressure) | ||
| N₂: Max 20SLM | |||
| Water vapor generation | Dropping method (Water introduction amount: Max 15g/min) | ||