induction heating

Induction heating is a very mature technology of hundred years' history.

Induction heating is often used in the heat treatment of metal items.

This is done in a hot bath, via induction heating, or through a combination of the two.

Induction heating reduces the melt-out time to one to three minutes.

Both parallel and series resonant circuits are used in induction heating.

There are specific reasons to use induction heating for industrial brazing.

The heat can be used for induction heating.

To overcome these limitations the induction heating industry turned to the inductor-generator.

Several induction heating companies were contacted to determine if they would be interested in a project of this magnitude.

Immediately after they are joined, the parts are put into an induction heating device.

The reduction in cost of inverter equipment has made induction heating increasingly popular.

Induction heating can be targeted to provide heat to very small areas within tight production tolerances.

Dissimilar metals can also be joined by induction heating but they require special attention and techniques.

Induction heating can produce high power densities which allow short interaction times to reach the required temperature.

Induction heating improves energy efficiency for injection and extrusion processes.

The basis of all induction heating systems was discovered in 1831 by Michael Faraday.

Individual steel drums can be heated by mains frequency induction heating.

Iron and its alloys respond best to induction heating, due to their ferromagnetic nature.

Induction heating is used in plastic injection molding machines.

Materials with high permeability (100-500) are easier to heat with induction heating.

The energy transfer of induction heating is affected by the distance between the coil and the workpiece.

Resistive metals may be implanted in the plastic, which respond to induction heating.

Induction heating is often used to heat an item causing it to expand prior to fitting or assembly.

The popcorn was popped through induction heating because a sufficiently large laser was not available.

Induction heating methods are gaining popularity among modern blacksmiths.