LEARN ABOUT INDUCTION HEATING

Induction heating is an ingenious and effective, non-contact process for electromagnetically heating electrically conductive materials such as metals and semiconductors. Heat is transferred to the material by a rapidly fluctuating magnetic field, created by running a high-frequency alternating current through an electromagnet specially designed for the application. Check back for additions to the LEARN section. We will be adding updates about Induction Heating trends, and ways to optimize Induction Heating in your application.

Learn about Induction Heating

How induction heating works

Why induction heating

Why induction heating?

Optimize Induction Heating

Efficiency of Induction Heating

Induction Heating is Green

Green Induction Heating

Induction temperature control

Temperature Control in Induction

Zone Controlled Induction Heating

Zone Controlled Induction Heating

induction heating metals and semiconductors

Ultraflex in Scientific Articles

benefits of smartpower

Benefits of SmartPower

Induction heating applications

Induction Heating Applications

Induction Heating Application book

Induction Heating Application Viewbook

Induction Heating Video Library

Induction Heating Video Library

GUIDE TO INDUCTION HEATING

induction heating calculator

Induction Heating Calculation Тool

induction coil design

Importance of the Right Inductor for the Job

Induction case studies

Induction case studies

Induction Heating process

How to select an induction heating supplier

Induction Systems

Comparing Induction Systems

induction brazing tips

Tips for Induction Brazing

INDUCTION CASTING GUIDES

casting and melting selector

Casting and Melting Selector

titanium casting

Guide for Casting Titanium with SuperCast

Guide for Casting Platinum

Guide for Casting Platinum with EasyCast

Pressure Over Vacuum Precision Casting

Pressure Over Vacuum Precision Casting

Induction Pressure Casting No Crucible

Induction Pressure Casting No Crucible