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Product Code: JM-00577
Tenacity™ No.6 Flux Paste is a flux that is suitable for use with silver brazing filler metals. It is especially designed for use on heat resistant stainless steels, tungsten carbide and the refractory metals. It has a working range of 550-800˚C and is suitable for use with silver brazing filler metals melting below 750˚C (such as several of the Silverflo™, Easy-flo™ and Argo-braze™ range of filler metals).
This flux contains elemental boron making it dark brown in colour. It is therefore not always easy to observe the flow of the molten brazing alloy. It is often recommended for ...
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Tenacity™ No.6 Flux Paste is a flux that is suitable for use with silver brazing filler metals. It is especially designed for use on heat resistant stainless steels, tungsten carbide and the refractory metals. It has a working range of 550-800˚C and is suitable for use with silver brazing filler metals melting below 750˚C (such as several of the Silverflo™, Easy-flo™ and Argo-braze™ range of filler metals).
This flux contains elemental boron making it dark brown in colour. It is therefore not always easy to observe the flow of the molten brazing alloy. It is often recommended for use on tungsten carbide components where it helps to provide improved wetting of the brazing alloy.
Tenacity™ No.6 Flux Paste should not be used on low nickel or nickel-free stainless steels if interfacial corrosion is likely to be a hazard in service.
✔ Conforms to: EN 1045: FH12
✔ Working Range: 550-800˚C
Directions for Use:
In order to ensure a consistent mixture throughout stir the flux paste well before use. Flux paste should be brushed onto the joint surfaces before assembly. Further flux should then be applied externally either side of the joint mouth. It is good practice to mechanically clean and degrease the joint surface before applying flux. Heat slowly and
evenly to the brazing temperature, without local overheating. If blackening of the flux occurs this is often a sign of insufficient flux, overheating or flux exhaustion.
Flux Residue Removal:
The flux residues of this product, left after completion of the brazing operation, are corrosive and should be removed. They can be readily removed by soaking in hot water at a temperature >40˚C for between 15 and 30 minutes. Any remaining residues can then be brushed off in running water.
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