Brazing
Brazing is performed on base metals such as: Stainless Steel, Mild Steel, Ferrous and Non-Ferrous Metals, Brass, Copper and Carbide. Brazing is a thermal process performed using various types of braze alloys such as Copper, Nickel, Silver, and Gold based filler metals, to join similar and dissimilar metals. The base metal and base metal combinations determine the appropriate filler alloy and flux use, as do the customer’s design and product requirements.
INDUCTION BRAZING
Is an efficient and time saving way to braze small parts that are not uniquely designed. Induction brazing allows for not only a repeatable heating method where heat can be centralized and uniform, but also a cleaner looking braze joint. We are capable of brazing and soldering most materials with an exception to aluminum, using the induction process. Read More…
TORCH BRAZING
Torch brazing is done with the use of a torch to heat a part that may have a unique or unusual design that has been dipped or coated in a protective flux to maintain a clean and un-oxidized part while also facilitating the flow of alloy into the joint area via capillary action. Read More…
Vacuum Furnace Brazing
Is done at a low atmospheric pressure, with the absence of oxygen so as to remove any contaminates in the air. The even heating of the part and slow process allows for the part to be brought up to temperature in a uniform fashion, making this process suitable for complex designs. Read More…
Retort Furnace Brazing-Hydrogen Atmosphere
Galaxy Brazing is equipped with retort style hydrogen atmosphere furnaces in which we can perform an anneal and braze cycle. The use of a hydrogen atmosphere while at brazing temperature ensures that the parts come out of the brazing cycle with a clean, oxide free finish. Read More…
EXOTHERMIC FURNACE BRAZING
Is brazing process that is performed on a continuous belt furnace. Parts are placed on a belt that continuously runs through the heating and cooling zones of the furnace and then returns to the loading area. Read More…