Heat Treatment
The use of induction heating for material treating is a consolidate procedure, both for the superficial hardening of metal parts or pipes, as well as for superficial treatments according to specific characteristics such as brassing, nitriding etc.
The possibility of obtaining high values of power density in the heating area makes induction heating fit even for continuous treating of wires or bars, as well as for pipes of large dimensions with great thicknesses.
Continuous induction hardening systems are often coupled with induction furnaces for material tempering on compact and extremely flexible lines.
Induction Hardening
Induction heating can also be applied for the thermal stabilization of the metallurgical structure of metals with different profiles, as well as for semi-finished products.
Continuous induction annealing is particularly appropriate for thermal condition stability of the material during the process, and for its repetitiveness over time using apposite thermo-regulation software.
Reduced dimensions of the plant layout with respect to conventional heating systems, high efficiency, accurate control of process parameters, and low system and operation costs, allow induction heating to be used even for the normalization of shaped mechanical parts when eliminating internal tensional states due to machining
Vacuum, Controlled Atmosphere
Heating systems with non-combustion heat sources are used when there is the necessity to remove any surface oxidation or whether heating cycle performances in controlled atmosphere are needed.
Heat Treatment
The use of induction heating for material treating is a consolidate procedure, both for the superficial hardening of metal parts or pipes, as well as for superficial treatments according to specific characteristics such as brassing, nitriding etc.
The possibility of obtaining high values of power density in the heating area makes induction heating fit even for continuous treating of wires or bars, as well as for pipes of large dimensions with great thicknesses.
Continuous induction hardening systems are often coupled with induction furnaces for material tempering on compact and extremely flexible lines.
Induction Hardening
Induction heating can also be applied for the thermal stabilization of the metallurgical structure of metals with different profiles, as well as for semi-finished products.
Continuous induction annealing is particularly appropriate for thermal condition stability of the material during the process, and for its repetitiveness over time using apposite thermo-regulation software.
Reduced dimensions of the plant layout with respect to conventional heating systems, high efficiency, accurate control of process parameters, and low system and operation costs, allow induction heating to be used even for the normalization of shaped mechanical parts when eliminating internal tensional states due to machining
Vacuum, Controlled Atmosphere
Heating systems with non-combustion heat sources are used when there is the necessity to remove any surface oxidation or whether heating cycle performances in controlled atmosphere are needed.
