Sil-Can 0 Brazing Rods – Phosphorus-Copper Alloy for Copper-to-Copper Joints

Cost-effective phosphorus-copper brazing rods (0% silver) for reliable copper-to-copper joints in motor rebuilding and electrical repairs. Self-fluxing on copper; use flux for brass.

Why Choose Sil-Can 0?

✔ Economical Alloy – 0% silver phosphorus-copper for budget-sensitive repairs
✔ Self-Fluxing on Copper – No extra flux needed for copper-to-copper joints
✔ Reliable Strength – Solid, conductive joints for everyday shop work
✔ Versatile – With flux, bonds copper to brass
✔ Shop-Proven – Ideal for coil terminations, commutator connections & bus bars

Key Features

Phosphorus-copper alloy (0% Ag), AWS BCuP-2
Self-fluxing on copper to reduce steps & cleanup
Dependable wetting and penetration for clean joints
Use appropriate flux for copper-to-brass

Motor Shop Applications

Coil terminations & copper winding repairs
Commutator connections and risers
Terminals, lugs, and copper connector rebuilds
Bus bar fabrication & maintenance
General copper-to-copper brazing

Technical Specifications

Silver Content	0%
Composition	~92% Copper, ~8% Phosphorus
Solidus / Liquidus	~1310°F (710°C) / ~1500°F (815°C)
AWS Classification	BCuP-2
Suitable Materials	Copper; Copper-to-Brass (with flux)

Pro Tip: Maintain tight joint clearances (0.002–0.005 in). Heat the joint evenly and feed the rod into the capillary gap. Use flux for copper-to-brass joints.

FAQ: Do I need flux with Sil-Can 0?

Sil-Can 0 is self-fluxing on copper-to-copper joints. For copper-to-brass or other metals, apply a compatible brazing flux.

FAQ: When should I choose Sil-Can 5 or 15 instead?

Choose Sil-Can 5 or 15 when you need higher ductility, improved conductivity, lower melting range, or better performance on dissimilar metals (with flux).

1LB - 29 Rods per pack

Features
Meets AWS BCuP-3 industry standards
0% Silver - cost effective phosphorus-copper alloy
Self- Fluxing on copper-to-copper joints
Lower brazing temperature for reduced heat stress on components.
Excellent for dissimilar metals (with flux)
Produces strong, ductile, vibration-restistant bonds.