Brazing and welding both create permanent metal joints, but their performance isn’t interchangeable. We explain how brazing offers tighter control, cleaner joints, and greater repeatability for complex, high-precision assemblies.
Continuous belt brazing is one of the most efficient ways to produce strong, uniform metal joints at scale. At Franklin Brazing, our mesh belt furnaces deliver clean, repeatable results without flux or extensive fixturing, making this process ideal for high-volume manufacturing across industries like automotive, aerospace, HVAC, and data centers.
Continuous belt brazing is one of the most efficient ways to produce strong, uniform metal joints at scale. At Franklin Brazing, our mesh belt furnaces deliver clean, repeatable results without flux or extensive fixturing, making this process ideal for high-volume manufacturing across industries like automotive, aerospace, HVAC, and data centers.
Requesting a brazing quote requires more than just part dimensions. To ensure accurate pricing and reliable results, you’ll need to provide details like material composition, filler metal, part weight, technical specifications, CAD files, and estimated annual usage. At Franklin Brazing, this information helps our team deliver precise, cost-effective brazing solutions tailored to your application.
Many companies struggle with the prospect of outsourcing processes that are not within their core competency structure.
In the realm of metalworking, brazing stands as a cornerstone technique for joining metallic components with precision and durability.
There is an important guideline about brazing filler metals (BFMs) that needs to be followed when performing any kind of brazing.
Enter your email to download “4 Common Mistakes to Avoid When Brazing” so you can stop worrying about shutdown production lines and unmet promises to your customers, and instead be confident you have the right partner to help you create a smooth manufacturing process.
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