Brazing Rod, 1/8x20, 1190-1500 F, PK7

Brazing Rod, 1/8x20, 1190-1500 F, PK7
- Occupational Health & Safety
- Country of Manifacturer: United States
- Manufacturer: Harris
These brazing filler metals are primarily used to join copper to copper, copper to brass, and brass to brass. The phosphorus content serves as a "self-fluxing" agent in joining copper to copper. When brazing brass to copper or brass to brass, use Stay-Silv White Brazing Flux. The phos/copper and silver/phos/copper filler metals are not recommended for brazing steel or nickel alloys. The amount of phosphorus in the phos/copper filler metals is critical in determining precise melting range and performance. Proprietary computer based technology is used to accurately control the phosphorus content to exacting standards. Each heat of metal is precisely checked before pouring to assure users a phosphorus content to within + or - 1/10 of a percent. Even more significant, a liquidus variation of no more than + or - 6 degrees F. The advantages of this precise control is apparent in automated brazing operations, where even modest variations in flow temperatures can significantly increase the incidence of rejects. Equally important, manual operators no longer need to make adjustments in heating practice from one batch of filler metal to the next to achieve uniform results. STAY-SILV 5 This medium-range alloy is well suited where close fit-up cannot be maintained. This filler metal is somewhat more ductile than Harris 0 or Stay-Silv 2. Silver-2%, Phosphorus-7%, Copper-91%. Solidus 1190 degrees F Liquidus 1450 degrees F Fluidity rating 4 .003" / .005" Joint Clearance AWS A5.8 Class BCuP-6
Country USA
Brand Harris
Manufacturer Harris
Binding Misc.
ItemPartNumber 5620FMPOP
Model 5620FMPOP
UnitCount 1
UPCs 684032064508
EANs 0684032064508
ReleaseDate 0000-00-00

Country	USA
Brand	Harris
Manufacturer	Harris
Binding	Misc.
ItemPartNumber	5620FMPOP
Model	5620FMPOP
UnitCount	1
UPCs	684032064508
EANs	0684032064508
ReleaseDate	0000-00-00

Brazing Rod, 1/8x20, 1190-1500 F, PK7

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