Aluminium Brazing Alloys
Brazing of aluminium alloys
Before beginning the brazing process, it is crucial to ensure that the oxidation layers are removed. These layers can be removed mechanically or by using a flux.
Brazing can be done with or without a flux. The use of flux is recommended for brazing with a torch or in an inert-gas condition. When brazing in a vacuum or an Argon atmosphere, no flux is needed.
Products
Gold Braze
Silver Braze
Copper Braze
Nickel Braze
Palladium Braze
Aluminium Braze
Laminated braze
Vacuum Braze
Products
Flux
Fixtures
Brazing for Medical
Marker Bands & Stents
Products
Wire & Ribbon
Preforms
Paste & Powder
Industry
Product | Composition | Application | Solidus [°C] | Liquidus [°C] |
4047 | 88Al12Si / | Automotive and HVACR components | 577 | 582 |
(#718) | 22% KA1F & CsA1F-based Polymer System | |||
ZA-1 | 78Zn22Al / Cesium-based Polymer System | HVAC components including Cu to Al. | 441 | 471 |
After market repair. | ||||
Automated applications with wire feed systems. | ||||
ZA-2 | 98Zn2Al / Cesium-based Polymer System | Hand braze repair of evaporator coils in the production environment | 379 | 385 |
ZA-3 | 99.5Zn0.5Cu / Cesium-based Polymer System | low porosity. | 420 | 440 |
Excellent for Cu to Al |