Value Brand
Value Brand 41R227 Brazing Alloy RBCuZn-C 3/32 in 1 lb
Low-fuming bronze brazing rod, 3/32 inch diameter, 36 inch length, 1 lb container, melts at 1,590 to 1,630 °F with 71 ksi tensile strength
- TypeWelding Supplies
- Low-fuming bronze alloy reduces hazardous fumes during brazing
- AWS RBCuZn-C classification confirms industry-standard composition
- 3/32 in diameter rods suit precision joint work
- 36 in length provides extended reach for deep assemblies
- 1 lb container delivers ample material for multiple jobs
Brazing Alloy RBCuZn-C Rods
This low-fuming bronze alloy contains zero percent silver and meets AWS classification RBCuZn-C. It is supplied as bare rods for general-purpose brazing work. The material suits fabricators and maintenance technicians who need a reliable filler for joining copper, brass or steel components.
One Pound Container Practicality
The 1 lb package delivers approximately 36 in rods that feed easily through compatible torches. A shingles capacity rating of 1,750 Degrees F and a compatible chuck size of 1,670 Degrees F indicate the thermal range the alloy tolerates during extended heating cycles. The bare finish requires proper flux selection before use.
Mechanical Strength and Heat Range
Solidus reaches 1,590 Degrees F and liquidus 1,630 Degrees F, giving a narrow melting interval for controlled flow. Tensile strength measures 71 ksi and yield strength 64 ksi, providing structural integrity in finished joints. California Proposition 65 warnings apply due to chemicals known to cause cancer and reproductive harm.
Highlights
- Low-fuming bronze alloy reduces hazardous fumes during brazing
- AWS RBCuZn-C classification confirms industry-standard composition
- 3/32 in diameter rods suit precision joint work
- 36 in length provides extended reach for deep assemblies
- 1 lb container delivers ample material for multiple jobs
Specifications
| Brand | WESTWARD |
|---|---|
| Type | Welding Supplies |
Questions about this item
How often will the 3/32 in rod diameter need to be replaced during regular brazing work?
The 3/32 in rods are consumed as filler metal; replacement frequency depends on joint volume and how many inches of braze you run per project.
What thermal limit appears first when making long, continuous brazes with this alloy?
The liquidus temperature of 1,630 °F is reached before the solidus at 1,590 °F, so the alloy becomes fully fluid at that point.
How much heat does the 1 lb container of rods add to the work area during an all-day brazing session?
Each rod melts between 1,590 °F and 1,630 °F, so the torch — not the rods — determines ambient heat buildup.
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