PVD-Development: Composite coating system electron beam and high-current arc (OLGA)
Manufacturer
- Metaplas Ionon, Bergisch-Gladbach / von Ardenne Anlagentechnik, Dresden
Coating process
- Thermal evaporation
- Electron beam evaporation
- Vacuum arc coating
Technical data
- Chamber: cylindrical, diameter 1.2 m, depth 0.9 m
- Vacuum system: diffusion pump with nitrogen cryo trap
- Ultimate vacuum of <10-4 Pa (after 30 min)
- Sample form:
- Band (1m x 0,2 m)
- Flat material (0,1m x 0,3 m)
- Bulk
- Wire (Cycle)
Highlights
Combination of
- Plasma cleaning AEGD, glow discharge
- Jet and thermal evaporator
- Vacuum arc coating (high-current arc HCA) 50 kW
- Electron beam vapor deposition (EB) 40 kW
- Activated coating (HCA + EB)
- In-situ thermal treatment
- Adjustable gas composition
Simulation strip run
- Speed up to 1 m / s
Technology development
- Coating of special geometries
- Development of plasma sources
Film development
- PVD deposition with adapted activation
- Combined layers with different evaporators
- Diffusion layers by in-situ thermal treatment