Aluminum, Cast Iron, & Steel Brazing Kit (rods And Flux)

US $540

Oscoda, Michigan, United States
May 31st

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This listing is for the following: -1/2 pound of Vulcan Systems G-51 Aluminum Brazing Rod (approx. 42 rods 3/32" diameter 18" length) -4oz pound of Vulcan Systems G-51 Aluminum Brazing Flux (1 jar) -1/2 pound of Vulcan 320 Cast Iron & Steel Flux-Coated Brazing Rods (12 rods 3/32" diameter 18 length) Description: Vulcan Systems G-51 Aluminum Brazing Rod is specifically alloyed for use with a torch on all known weldable and brazable aluminums. It is not necessary to melt the base metal when using this product because it works similar to silver brazing alloys that are very fluid. Deposits have good color match to aluminum, high strength, and good electrical conductivity. Vulcan Systems G-51 Aluminum Brazing Flux is used in conjunction with G-51 Brazing Rod. It goes from powder to paste to liquid with increased temperature. The flux thoroughly cleans, quickly melts, and easily spreads the filler metal. Vulcan Systems 320 is a zinc-controlled, low fuming brazing rod for cast iron and steel, including copper, bronze, steel, and stainless steel. Has excellent flow. This rod is flux-coated, so there is no need for additional flux. Procedure (G-51): Clean joint area, preferably by mechanical means. For best results, a maximum of .010" joint clearance should be maintained. Large sections should be preheated to 600 to 900 degrees F. Use a carburizing flame to heat part broadly. Heat end of rod, dip into Vulcan G-51 flux and transfer to a joint area. Continue heating until flux liquifies. Melt a small amount of rod onto the joint and continue heating until it flows through the entire joint. Add sufficient alloy to completely fill the joint but use ample flux at all times to prevent contamin-ation from the atmosphere. Allow to coool slowly and then remove all flux residue with hot water and stiff brush. Procedure (310): Rough grind surfaces to be joined or built up. Always use a neutral flame concentrated on the base metal, not on the molten alloy. Keep torch in constant motion to prevent overheating of local areas. Additional passes can be applied without the need of removing flux residue from previous passes. Allow part to cool slowly. Remove flux by chipping and wire brushing. Demonstration Video (G51): Please watch our 10-minute, 3-part demonstration video. This will show you how to use these two products and will show you just how strong of a weld they produce - far stronger than a typical weld done using your typical HTS-2000 aluminum brazing rod.