Induction Heating Archives - Page 5 of 5

Coil failure: pt 11c : Frequency Selection

The temperature at which a ferromagnetic body becomes nonmagnetic is called the Curie temperature (Curie point).Depending upon the heat intensity (Cº/s or Fº/s) there can be some shifting of the […]

Coil Failure pt 13: Proximity Effect

When the currents flow in opposite directions, a strong magnetic field forms in the area between the bus bars. This occurs because in this area the magnetic field lines produced […]

Joining Components by induction: pt. 2

Compared with brazing and soldering, adhesive bonding is much more versatile because the components to be joined don not have to be metals. Plastics, ceramics, glasses and other nonmetallic materials […]

March 25th, 2010

Intricacies of induction joining

Induction brazing different metals together using the same power supply may results in noticeably different depths of heating and heat intensity experienced by the different brazed components. This is due […]

March 22nd, 2010

Induction tempering vs oven tempering pt2.

The transformation to martensite through quenching creates a very hard and brittle structure. Un-tempered martensite is typically too brittle for commercial use and retains a large amount of internal residual […]

February 18th, 2010

Induction heating helps put wind turbines in high gear

Accurately controlled induction heat treating systems are effectively used for induction hardening large gears and bearing races utilized in wind energy applications. Induction heating produces the required metallurgical properties with […]

April 8th, 2010

Coil failure: pt 11c : Frequency Selection

April 5th, 2010

Coil Failure pt 13: Proximity Effect

April 1st, 2010

Joining Components by induction: pt. 2

March 25th, 2010

Intricacies of induction joining

March 22nd, 2010

Induction tempering vs oven tempering pt2.

February 18th, 2010

Induction heating helps put wind turbines in high gear

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