Harris Aluxcor 4047 F15.1 Aluminum Flux-Cored Brazing Alloy .062 x 10 lb. Spool - A4047CWA06210SP
Aluxcor® 4047 F15.1 flux-cored brazing wire is designed for manual and semi-automatic aluminum flame brazing. A common application is brazing HVAC aluminum components including return bends, headers, tube assemblies, and distributors. The flux-core eliminates the need for a separate flux application and the core cross section is designed to release a measured amount of flux into the capillary. This ensures good oxidation protection and suitable capillary fill by the melted aluminum metal. Aluxcor® 4047 is available with different flux compositions. Formula 15.1 is a potassium fluroaluminate salt with a melting range of 1049 ° - 1061° F, (564° - 572°C). The flux chemistry and ratio is designed to provide brazing characteristics engineered for specific applications. This composition is non-hygroscopic, so post braze flux residue does not need to be removed. Complies with the EU Reach & RoHS directive.
Features
- A4047 F15.1 zinc-aluminum flux-cored brazing alloy
- For manual and semi-automatic aluminum flame brazing
- Flux inner core means no manual flux application is required providing significant cost savings
- Releases designated amount of flux into capillary
- Ensures good oxidation protection and capillary fill
- Melting range of 1049°F - 1061°F (564°C - 572°C)
- Non-hygroscopic, so no flux removal needed
- Typical applications are brazing HVAC aluminum components including return bends, headers, tube assemblies, and distributors
- Complies with the EU Reach & RoHS directive
Specifications
Consumables
| Alloy Type | Aluminum Brazing |
| Brazing Temperature Range | 4047 Metal: 1080°F - 1120°F (582°C - 605°C) |
| Chemical Composition | 4047 Metal: Silicon 12.0% Iron 0.8% max. Copper 0.30% max. Manganese 0.15% max. Magnesium 0.10% max. Zinc 0.20% max. Beryllium 0.0003% max. Other 0.15% total Aluminum Remainder% |
| Classification | Metal – AWS A5.8 Classification BAlSi-4 ISO 17672 Code Al 112 Flux – Manufactured to Harris Products Group engineering standards for cored brazing material. |
| Diameter | 0.062 in (1.6 mm) Flux 15.1 |
| Electrical Conductivity (%IACS) | 4047 Metal: 40 |
| Liquidus | 4047 Metal: 1080◦F (582◦C) |
| Material | Aluminum |
| Melting Range | 1049°F - 1061°F (564°C - 572°C) |
| NSF Compliant | No |
| Recommended Flux | No flux required as this product has a potassium fluroaluminate salt type flux internal core. The core percentage and dimensions are calculated to deliver optimum flux release and braze joint protection during heating. Post braze residue from this flux is non-corrosive, so removal is typically unnecessary. |
| RoHS Compliant | Yes |
| Size | 10 lb. spool |
| Solidus | 4047 Metal: 1070◦F (577◦C) |
| Typical Application | Manual and semi-automatic aluminum flame brazing HVAC aluminum components such as return bends, headers, tube assemblies and distributors. |
Warranty
| Warranty | 1 Year |
Harris Aluxcor 4047 F15.1 Aluminum Flux-Cored Brazing Alloy .062 x 10 lb. Spool - A4047CWA06210SP
Aluxcor® 4047 F15.1 flux-cored brazing wire is designed for manual and semi-automatic aluminum flame brazing. A common application is brazing HVAC aluminum components including return bends, headers, tube assemblies, and distributors. The flux-core eliminates the need for a separate flux application and the core cross section is designed to release a measured amount of flux into the capillary. This ensures good oxidation protection and suitable capillary fill by the melted aluminum metal. Aluxcor® 4047 is available with different flux compositions. Formula 15.1 is a potassium fluroaluminate salt with a melting range of 1049 ° - 1061° F, (564° - 572°C). The flux chemistry and ratio is designed to provide brazing characteristics engineered for specific applications. This composition is non-hygroscopic, so post braze flux residue does not need to be removed. Complies with the EU Reach & RoHS directive.
Features
- A4047 F15.1 zinc-aluminum flux-cored brazing alloy
- For manual and semi-automatic aluminum flame brazing
- Flux inner core means no manual flux application is required providing significant cost savings
- Releases designated amount of flux into capillary
- Ensures good oxidation protection and capillary fill
- Melting range of 1049°F - 1061°F (564°C - 572°C)
- Non-hygroscopic, so no flux removal needed
- Typical applications are brazing HVAC aluminum components including return bends, headers, tube assemblies, and distributors
- Complies with the EU Reach & RoHS directive
Specifications
Consumables
| Alloy Type | Aluminum Brazing |
| Brazing Temperature Range | 4047 Metal: 1080°F - 1120°F (582°C - 605°C) |
| Chemical Composition | 4047 Metal: Silicon 12.0% Iron 0.8% max. Copper 0.30% max. Manganese 0.15% max. Magnesium 0.10% max. Zinc 0.20% max. Beryllium 0.0003% max. Other 0.15% total Aluminum Remainder% |
| Classification | Metal – AWS A5.8 Classification BAlSi-4 ISO 17672 Code Al 112 Flux – Manufactured to Harris Products Group engineering standards for cored brazing material. |
| Diameter | 0.062 in (1.6 mm) Flux 15.1 |
| Electrical Conductivity (%IACS) | 4047 Metal: 40 |
| Liquidus | 4047 Metal: 1080◦F (582◦C) |
| Material | Aluminum |
| Melting Range | 1049°F - 1061°F (564°C - 572°C) |
| NSF Compliant | No |
| Recommended Flux | No flux required as this product has a potassium fluroaluminate salt type flux internal core. The core percentage and dimensions are calculated to deliver optimum flux release and braze joint protection during heating. Post braze residue from this flux is non-corrosive, so removal is typically unnecessary. |
| RoHS Compliant | Yes |
| Size | 10 lb. spool |
| Solidus | 4047 Metal: 1070◦F (577◦C) |
| Typical Application | Manual and semi-automatic aluminum flame brazing HVAC aluminum components such as return bends, headers, tube assemblies and distributors. |
Warranty
| Warranty | 1 Year |
