Brazing is a technique used in metal fabricating that joins two pieces of metal. To start the process, the two parts are wet with molten metal. Once the molten metal cools, it forms a joint between the two pieces. This process differs from welding since the two metal pieces are molten when they are joined. It differs from soldering because the metals are joined at a temperature above 800 degrees. Here are three unique benefits of brazing. 

Why Is Brazing a Good Choice for Metal Fabricating?

1. It Can Join Dissimilar Metals

Brazing allows you to join different types of metals without negatively affecting either one. For instance, many people use brazing to join copper or aluminum to stainless steel to create cookware. While particular welding forms can join some types of dissimilar metals, only brazing can successfully join different metals with large surface areas. 

2. It Minimizes Heat-Related Stress 

When you’re joining two metals with heat, the heat can create stress that harms the resulting part’s stability and shortens its lifespan. Techniques that apply heat in an extremely localized manner, such as welding, increase the chance of heat-related stress. Brazing, on the other hand, distributes the heat more broadly, which reduces stress and ensures the resulting part is strong and stable. 

3. It Creates a Cleaner Joint

In addition to causing stress, joining methods that use localized heat often lead to blemishes on the part’s joint, which is why many require a secondary finish. Because brazing distributes heat broadly, it doesn’t cause heat-related scars, which is why the technique is popular for parts that will be highly visible.

If you have a project that could benefit from brazing, turn to the team at M & M Welding & Fabrication. Serving High Point and Archdale, NC, for over 30 years, these metal fabricating specialists use state-of-the-art tools to repair products and machines of all types. Learn more about the family-owned and -operated company online, and call (336) 885-9353 to schedule a free estimate.