Induction and Flame Processes
- High and Low Frequency
What are the treatments
Induction and flame hardening are methods for hardening the surfaces of components, usually in selected areas, by the short-term application of high intensity heating followed by quenching.
Laboratory
- Micro Examination
- Case Depth Analysis
- Crack Detection: Penetration and Flourescent Magnetic Particle
- Full Range of Hardness Test Equipment, including portable and micro
Phosphating
- Mg and Zn Phosphating
- Parcolube
Racing Car Treatments
- Heat Treatment of fabrications, Wishbones, Uprights etc.
- Drive Shafts, cv Housing, Selector Shafts
Quality Control
- Registered to BS EN ISO 9002 Standard
- Full Computerised Traceability of all Heat Treatment Processes
Solution Treating and Precipitation
- AluminiumCastings and Wrought
- Titanium Alloys
- Maraging Steels
Vacuum Processes
- Bright Clean Low Distortion Hardening
- High Speed Steels
- Mumetals and Radio Metal
- Fluxless High Temperature Brazing
- Bright ppt of Copper Beryllium
Nitriding
- Gas Nitriding
Tuffriding
- Salt TFI and ABI
Hardening and Tampering
- Marquenching
- Austtempering
Case Hardening
- Cyanide Salt
- Gas Carburising, Refining
Q-tuff
- Gas Nitrocarburising Process
Chemical Blacking
- Stainless Steel
- Hot Process
- Large Bath for Large/Heavy Items
Shrink Fitting
- Liquid Nitrogen
- Other Sub-Zero Treatments
Shot Blasting
- Grit Blasting, Choice of grade
- Glass Bead
Annealing, Normalising & Stress Relief
- Nitrogen atmoshere
- Vacuum