Induction Heating
OVERVIEW
Induction Heating Technology
How does it work.
- It’s created heat directly in work pieces by exploiting the natural electromagnetic properties of conductive materials.
- The systems take power from the mains net and convert it into desired frequencies, then use it to create controllable heat in the material.
- This technology is a non-contact, non-invasive technology. It leaves surrounding components untouched.
- It is clean, quiet and comfortable.
- It produces no noticeable increase in ambient temperatures
The benefits
- Minimizes waste—targeted heating
- Be used under spark risk potential permit or hot work permit
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- Habitat NOT required for heating below than 200C
- Flexible, Mobile and easy to mob/demob
- Repeatable, predictable, controllable
- No unwanted radiated heat
- No risk of fire.
Suitables application use
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- Induction Hardening
- Induction Tempering
- Induction Brazing
- Induction Bonding
- Induction Pre-Heating
- Induction Post-Heating
- Induction straightening
- Induction Shrink Fitting
- Induction Coating Removal
- Induction Bolt Heating
THE RELEVANT INDUSTRY
Oil & Gas
- Post Weld Heat Treatment
- Pre Weld Heat Treatment
- Shrink fitting – bolts and nuts
- Shrink fitting – steam valves
- Shrink fitting – bearings
- Shrink fitting – hubs, gears, sprockets and impellers
- Shrink fitting – compressors and retaining rings
- Removal of rubber coatings
- Straightening
Applicances
- Tube-to-tube with sleeves
- Condenser with capillary tubes
- Tube-to-block in distribution systems
- Tube-to-valves in distribution systems
- Compressor connections
Electrotechnical
- Induction brazing of bars, strands, rings and wires in motors, generators and transformers
- One-shot or segment brazing of short circuit rings
- Pre-heating of generator components and casings before welding
- Post-heating for softening bars and removing shrink- fitted parts
Ship Building
- Deck and bulkhead straightening during construction
- Straight welding of beams in double hulls
- Paint and coating removal
- Brazing of copper components
- Hardening of large gears, winches and chains
- Heat treatment of shafts
- Pre-heating of valves prior to welding
HVAC
- Aluminum parts, for example evaporator and condenser connections (tube-to-tube, tube-to-block, tube-to-tank)
- Tube-to-fittings on the condenser unit
- Tube-to-fittings on the evaporator unit
- Tube-to-fittings on the compressor
- Tube-to-valves in distribution systems
Electrotechnical
- Induction brazing of bars, strands, rings and wires in motors, generators and transformers
- One-shot or segment brazing of short circuit rings
- Pre-heating of generator components and casings before welding
- Post-heating for softening bars and removing shrink- fitted parts