Sanket Power Systems offers brazing in various important fields such as the automotive, aviation, electrotechnical and white goods industries. It includes brazing of aluminum, brass, copper, copper alloys, iron and cast iron, steel and stainless steel.

There are many reasons why using induction heating instead of gas for brazing is clearly beneficial. Induction transfers more energy per square meter than an open flame, resulting in faster heating cycles—put simply, you produce more components per hour.

The heat is also easy to check and adjust. You reduce the risk of overheating, which can lead to higher porosity and weaker joints. What's more, you reduce the risk of cold brazing as induction generates the heat in the base material. Just as important, induction heating improves the working environment and safety.No gas needed, no open flame, no additional heating.

Induction brazing in vacuumproduces joints equal in integrity to that of vacuumfurnace brazing. Heat is localized to the joint area which means that the process does not anneal the whole assembly, this is useful where it is desirable to retain as far as is possible the wrought properties of the parent materials. The brazing systemcan be observed throughout the thermal cycle so very close control of the process is possible.

This technique is particularly suited to long tubular/rod assemblies that will not fit into a vacuumfurnace and where it is desirable to retain the wrought properties of the tube/rod component.

Materials that can be joined by this technique are stainless steels, nickel alloys, titaniumalloys and non-metallics such as alumina and diamond.