Heating, Pre-heating

Applications Database Links

Access helpful pdf Application Notes after a brief registration

Heating a steel steam trap for calibration testing
Stainless steel /ceramic heating and debonding for printer head repair
Simultaneously heating six wire bundles to strip varnish
Preheating oil drilling shaft before welding
Sintering copper powder to a stainless steel shaft
Bonding a Gasket to a Sombrero Nut
Heating a motor prior to adding an injection molded part
Bulk heating a steel part prior to application of rubber molding
Heat a braided cable prior to cutting
Hermetically sealing glass-enclosed resistors
Heating aluminium susceptor for powder expansion
Induction Tempering a Spring
Heating steel liners (engine head)
Conveyor steel plate heating
Heat steel pliers handle for bending
Heating of Steel Rivet Ends (Turbines)
Pre-heating for a Hot-rolling Operation
Oxidation of Graphite Anodes
Heating Wire-impregnated Hose for Tube Forming
Sintering Powdered Metals for Satellite Positioning System
Heat setting of Nitinol
Heating Copper Wire for Stripping
Heating a Catheter Tipping Die (Brass)
Heat Setting a Shape Memory Alloy (Nitinol)
Heating Engine Valve Heads
Pre-Heating A Truck Axle Seam
Heating A Carbon Fiber Fishing Rod For Adhesive Bonding
Heating Turbine Engine Fan Blades For Welding
Heating Inconel Billets (for forging)
Heating a Titanium Blade (for wax removal)
De-Carburizing A Jet Engine Fuel Nozzle
Heating Eight Steel Rods Simultaneously
Sintering Powdered Metals for Satellite Positioning System
Heating the end of catalytic converter for weld testing
Wire stripping (varnish removal)

Overview

This section of the Application Notebook includes general heating applications that don't fall neatly into other process categories. There are many applications for precision heating where only a portion of the part must be heated to allow the correct operation to occur; specific reports in this section of our database cover heating techniques for nitinol, carbon fiber rods, thin copper wire, valve heads and other materials.

Using Induction

Modern induction heating provides many advantages over other heating methods. Heating with induction provides reliable, repeatable, non-contact and energy-efficient heat in a minimal amount of time. Solid state induction power supplies are capable of heating very small areas with repeatability and precision.

Typical RF power supplies for induction heating range from 3 to 20kW, depending on material and application requirements.

Customer Links

These links highlight some of our valued customers using induction in their heating and pre-heating processes

Guideline Industries
For more than a decade, Guide Line Industries, Inc. has set the standard for quality, performance and reliability in the manufacturing of precision wire guides for the coil-winding industry.

Edison Welding Institute

Traitement Thermique Delson Inc.