Forney 1/8 In. x 18 In. Super Sil-Flo Brazing Rod, 1/2 Lb.
Item Code: 301120
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.
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.
Specifications
Weight
0.59lb
Height
1.4in
Width
20.3in
Length
1.3in
Brand
Forney
Category
Brazing Rod
Diameter
1/8 in.
Length
18 in.
Melting Point
1200 F
Tensile Strength
40,000 psi
Description
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.