| Alloy Type | : | PhosCopper |
| Brazing Temperature Range | : | 1345 deg F-1500 deg F (729 deg C-816 deg C) |
| Chemical Composition | : | Copper Remainder% |
| Composition | : | 92 to 94% Copper, 6 to 8% Phosphorus |
| Diameter | : | .050" x 1/8" (1.27mm x 3.18mm) |
| Electrical Conductivity (%IACS) | : | 9.9 |
| Electrical Resistivity (Microhm/Cm) | : | 19.2 |
| Fluidity Rating | : | 5 |
| Length | : | 20 in |
| Liquidus | : | 1460 deg F (793 deg C) |
| ModelName | : | HARRIS® 0 |
| Recommended Flux | : | No flux required for copper brazing. For brazing brass or copper to brass use Stay-Silv white flux. When flux is required, Harris Eco Smart boric acid free flux (powder or paste) is an excellent choice to promote sound brazed assemblies and comply with European REACH requirements. |
| Recommended Joint Clearance | : | .002"-.007" (.051mm-.178mm) |
| Size | : | 28 stick tube |
| Solidus | : | 1310 deg F (710 deg C) |
| Temperature Rating | : | 1310 deg F, 1460 deg F |
Harris® Brazing Alloy, 0.05 x 0.125 in Diameter, 20 in Length, 1310 deg F, 1460 deg F, Composition: 92 to 94% Copper, 6 to 8% Phosphorus
- Economical choice for copper brazing
- Copper is self-fluxing
- Alloy flows quickly at brazing temperature so requires close joint tolerance
- Used in manual brazing applications
- Suitable for brazing brass
- Operators should avoid over heating the brass and use STAY-SILV® white brazing flux
- Not recommended for brazing steel or other ferrous base metals
- Corrosion resistance is generally similar to the copper base metal, but phosphorus containing alloys, including HARRIS® 0, should not be used if the braze is exposed to sulfur or sulfur compounds in service
- Recommended joint clearance of 0.002" - 0.007" (0.05mm - 0.18mm)
- Conforms to the EU Reach & RoHS directive