Sil-Flo Brazing Rod, 1/8 in X 18 in - 1/2 Lb FOR48571
BRAZING ALLOY A brazing alloy that is ideal for large and small copper tubing installations. Self-fluxing on copper. Typical applications include: Refrigeration control valves (copper and brass), joining copper wires to rotor bars, electrical connections, radiant heating systems, air conditioning units, hot and cold water lines, and heat exchanges. T-joints, swage joints and sleeves, couplings on return bends and condenser fittings. Sil-Flo is not recommended for ferrous metals such as iron or steel. It is only for copper base metals as an effective economical alternative to copper-silver alloy rods.
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BRAZING ALLOY A brazing alloy that is ideal for large and small copper tubing installations. Self-fluxing on copper. Typical applications include: Refrigeration control valves (copper and brass), joining copper wires to rotor bars, electrical connections, radiant heating systems, air conditioning units, hot and cold water lines, and heat exchanges. T-joints, swage joints and sleeves, couplings on return bends and condenser fittings. Sil-Flo is not recommended for ferrous metals such as iron or steel. It is only for copper base metals as an effective economical alternative to copper-silver alloy rods.
1/8" X 36" BARE BRAZING RODS--BOX OF 39 Low fuming bare brass brazing rod: 1/8 inch (3.18 mm) x 36 inch (914.4 mm). 5 Lbs. (2.27 Kg). Balanced zinc and copper alloy. Features excellent ductility and is smooth flowing. Excellent for brazing sheet metal, pipes, fenders, water tanks and many cast iron applications. Requires flux. Yellow color coded.
BRAZING ROD 36" X 1/16" 1# ALUMINUM-FOR48524 >
BRAZING ROD FLUXED 3/32" X 36" (6)-FOR30290 >
1/8" X 36" BARE BRAZING ROD
1/16" X 36" S/STEEL BRAZING ROD--1# ER309L stainless steel TIG (GTAW) filler metal. Contains silicon additives which results in improved fluidity (wetting action) of the weld pool and provides a weld less sensitive to cracking. Consists of less than .03% carbon for added corrosion resistance. Recommended for most dissimilar metals. Works well for dissimilar joints that will undergo heat treatment.
