Value Brand
Value Brand WESTWARD 41R236 Brazing Alloy 1/8 in 36 in 10 lb
Brazing alloy rod joins steel, cast iron and copper at 1,670–1,750 °F with 65,000 psi tensile strength
- TypeWelding Supplies
- Brazes steel, cast iron and copper with RBCuZn-C X alloy
- 1/8 in diameter rods suit precision joint work
- 36 in length reduces rod changes on long seams
- Melting range 1670 to 1750 °F matches common torch setups
- 65,000 psi tensile strength gives durable structural bonds
Brazing Alloy for Steel Cast Iron Copper
This WESTWARD RBCuZn-C X brazing alloy joins steel cast iron and copper. The rod diameter is 1/8 in and each rod is 36 in long. It comes in a 10 lb container box. The brazing temperature range is 1670 to 1750 F with a tensile strength of 65 000 psi.
Upgrade from Lower Strength Filler Metals
Switch to this alloy when a joint requires 65 000 psi tensile strength and a melting range of 1670 to 1750 F. The jump is worth it for structural repairs on steel cast iron or copper where lower strength fillers would not hold. It is not for jobs that need a different melting range or a higher tensile strength than 65 000 psi.
Build Fit with Torch and Flux
The 1/8 in diameter rods feed well into standard brazing torches. You will need a suitable flux for the base metals being joined. The 36 in length reduces rod changes on long seams. The 10 lb box stores flat on a shelf. This alloy does not replace welding wire or solder for electrical work.
Highlights
- Brazes steel, cast iron and copper with RBCuZn-C X alloy
- 1/8 in diameter rods suit precision joint work
- 36 in length reduces rod changes on long seams
- Melting range 1670 to 1750 °F matches common torch setups
- 65,000 psi tensile strength gives durable structural bonds
Specifications
| Brand | WESTWARD |
|---|---|
| Type | Welding Supplies |
Questions about this item
What diameter and length are the 41R236 brazing rods?
The rods are 1/8 in diameter and 36 in long, supplied in a 10 lb box.
What flux or surface preparation is required before brazing with this alloy?
Clean the joint area thoroughly, apply a flux suitable for copper‑zinc alloys, then heat evenly to the 1670‑1750 °F brazing range.
How often should the flux residue be removed after brazing with this alloy?
Remove all flux residue after each joint by brushing with hot water or a suitable cleaner to prevent corrosion.
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