Induction heating technology
CEIA’s induction heating technology supports a wide range of manufacturing applications, including brazing, cap sealing, curing, heat treating, and more. Each system is engineered for precision, repeatability, and energy efficiency, helping manufacturers achieve consistent results and optimized processes across their production lines.
Hard Brazing
Hard brazing is a high-temperature metal joining process using filler metals melting above 450°C, typically 600–1200°C.
Tin Soldering
Tin soldering requires precise control, high accuracy, and robust repeatability, especially for delicate electronic or mechanical assemblies.
Tool Brazing
Tool brazing is a specialised metal joining for carbide tips, cutting inserts or hardened steels to drills, saw blades, and milling cutters.
Heating Treatment
Heat treating is a thermal process that enhances metal properties to improve hardness, ductility, wear resistance, and stress relief.
Aluminium Brazing
Aluminium brazing joins aluminium using filler alloys without melting base metal, ideal for thin and lightweight fabrications.
Cap Sealing
Induction cap sealing is a fundamental packaging process that securely bonds a protective foil liner to a container’s rim.
Warm Forming
Warm forming is a controlled metal shaping process executed at intermediate temperatures, typically between 200°C and 1200°C.
Induction Curing
Induction curing uses localized electromagnetic heating to initiate and control chemical and molecular transformations in polymers.
Shrink Fitting
Shrink fitting uses controlled heating for temporary thermal expansion of one component to facilitate its frictionless engagement with another.
Induction heating technology
CEIA’s induction heating technology supports a wide range of manufacturing applications, including brazing, cap sealing, curing, heat treating, and more. Each system is engineered for precision, repeatability, and energy efficiency, helping manufacturers achieve consistent results and optimized processes across their production lines.
Hard Brazing
Hard brazing is a high-temperature metal joining process using filler metals melting above 450°C, typically 600–1200°C.
Tin Soldering
Tin soldering requires precise control, high accuracy, and robust repeatability, especially for delicate electronic or mechanical assemblies.
Tool Brazing
Tool brazing is a specialised metal joining for carbide tips, cutting inserts or hardened steels to drills, saw blades, and milling cutters.
Heating Treatment
Heat treating is a thermal process that enhances metal properties to improve hardness, ductility, wear resistance, and stress relief.
Aluminium Brazing
Aluminium brazing joins aluminium using filler alloys without melting base metal, ideal for thin and lightweight fabrications.
Cap Sealing
Induction cap sealing is a fundamental packaging process that securely bonds a protective foil liner to a container’s rim.
Warm Forming
Warm forming is a controlled metal shaping process executed at intermediate temperatures, typically between 200°C and 1200°C.
Induction Curing
Induction curing uses localized electromagnetic heating to initiate and control chemical and molecular transformations in polymers.
Shrink Fitting
Shrink fitting uses controlled heating for temporary thermal expansion of one component to facilitate its frictionless engagement with another.