With Furnace brazing, you can join simple or complex designs of one or multi-joint assemblies. This semi-automated process created a metallurgical bond between metal components by using a dissimilar low filler metal.
Furnace brazing is flexible enough to join a wide range of metals, which include:
- nickel-based alloys
- stainless steel
- carbon and alloy steel
If your application uses a non-ferrous material it can also be brazed. This includes:
- aluminum,
- titanium, and
- copper
Furnace Brazing vs. Resistance Brazing
In furnace brazing, parts are fixtured in brazing jigs, which are then fed through the furnaces under controlled atmosphere. Brazing is done as an alternative to cold metal heading of rivets
In resistance brazing, parts are held under pressure between two hot electrodes, and the braze alloy melts and joins the contact material to its backing.
Benefits of Brazing Materials
- Cost-effective
- Duplicatable high integrity metal joining process
- Joins of unweldable, dissimilar, and non-metallic materials
- Brazing allows design and manufacturing engineers the opportunity to join simple and complex designs with one joint or several hundred joints
Common Furnace Brazing Applications
- Aerospace components
- Space applications
- Industrial gas turbine components
- Medical, scientific and general engineering components
- Electronic devices
- Automotive components
- Nuclear components
- Offshore & petrochemical components
Furnance and Resistance Brazing Service at Norstan
We will help you select a brazing solution that will reduce electrical contact cost without compromising its performance characteristics.
Contact us today to find out how we can help you!
