Harris® - 15620F15P - Stay-Silv® 15% Phos-Copper Brazing Alloy .050 x 1/8" x 20" 1 lb. Tube

Item: JWH15620F15P
MFG: 15620F15P
loading availability
Loading price
/ LB


Stay-Silv® 15

Stay Silv 15 is a frequent choice for copper brazing. It has a wide melting range that allows operators to fill loose connections and "cap", or build up, around the finished joint. When heated above its liquidus, however, it will penetrate tight connections.

Stay Silv 15 is also a suitable choice to braze brass. In these applications operators should take care to avoid over heating the brass, and use Stay Silv white brazing flux.

Stay Silv 15 has historically been a popular brazing filler metal for HVAC and refrigeration connections. Its low phosphorus content provides brazed assemblies with good strength and ductility. Users should also consider Harris Dynaflow® as a lower cost option.

Stay Silv 15 is not recommended for brazing steel or other ferrous base metals. The phosphorus content promotes formation of a low ductility intermetallic with the ferrous base metal. It is sometimes used to braze selected low nickel content copper-nickel base metals, (90/10), but service suitability should be first established.

California residents: see Proposition 65 Warning

Features and Specification

Weight 1.000000
Package Width 4.750000
Package Weight 26.200000
Package Length 22.000000
Package Height 3.500000
Liquidus 1480
Length 19.625000
UPC 684032014886
Width 0.125000
Temperature Melt/Flow Solidus 1190°F (643°C); Liquidus 1475°F (802°C)
Solidus 1190
Silver Content 15
Brand Harris®
Application For copper or brass. Useful for wide clearance, .002-.006". Good ductility.
AWS Specifications BCuP-5
Color Silver
Composition Brazing Filler Metal - Silver 14.5-15.5%; Phosphorus 4.8-5.2%; Copper Remainder; Other (Total) 0.15%
Cubic Measurement 0.000100
EAN 0684032014886
Dimensional Weight 3.000000
Height 0.050000
Fluidity Rating 3


picture_as_pdf msds sheet

picture_as_pdf specification sheet

picture_as_pdf warranty document

picture_as_pdf safety data sheet