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There are specific reasons to use induction heating for industrial brazing.
Induction brazing is often used in higher production runs.
Brazing has many advantages over other metal-joining techniques, such as welding.
Another advantage is that the brazing can be coated or clad for protective purposes.
Unlike welding, brazing does not melt the base metals.
Fillet brazing is another method of joining frame tubes without lugs.
The alloy's ability to maintain strength after high temperature brazing has led to use in hybrid circuit packages.
For manual brazing, wire and rod forms are generally used as they are the easiest to apply while heating.
The advantage of this method is that it reduces the high labor and skill requirement of manual brazing.
Fluxless brazing of copper alloys can be done with self-fluxing filler metals.
Machine torch brazing is commonly used where a repetitive braze operation is being carried out.
Welded joints must sometimes be ground flush, a costly secondary operation that brazing does not require because it produces a clean joint.
Spectra-Physics granted a license for the brazing of metal disks in cooling metal-ceramic plasma tubes.
It does brazing, soldering and polishing on brass, chrome, silver, bronze and steel.
"Induction brazing is suitable for many metallic materials, with magnetic materials being heated more readily.
Torch brazing is by far the most common method of mechanized brazing in use.
Its manufacture uses technologies include vacuum brazing and atmosphere-protected brazing.
Manual torch brazing is a procedure where the heat is applied using a gas flame placed on or near the joint being brazed.
Vacuum brazing is also used heavily with refractory materials and other exotic alloy combinations unsuited to atmosphere furnaces.
It has excellent brazing and soldering properties and can also be welded, although best results are obtained with gas metal arc welding.
It is best used in small production volumes or in specialized operations, and in some countries, it accounts for a majority of the brazing taking place.
Vacuum brazing is a materials joining technique that offers significant advantages: extremely clean, superior, flux-free braze joints of high integrity and strength.
This ability to create clean and controllable joints is one of the reasons that induction brazing is being used extensively for high-precision, high-reliability applications.
Induction brazing is a very repeatable process because variables such as time, temperature, alloy, fixturing, and part positioning are very controllable.
He discovered a new method of low-temperature brazing of cast iron, which was a revolutionary process for the repair and wear-protection of metals.