SS15 0.050 X 1/8 X 20 X 25 LBS
SS15 0.050 X 1/8 X 20 X 25 LBS
SS15 0.050 X 1/8 X 20 X 25 LBS
SS15 0.050 X 1/8 X 20 X 25 LBS
SS15 0.050 X 1/8 X 20 X 25 LBS
SS15 0.050 X 1/8 X 20 X 25 LBS

Durchmesser / Lieferform

Durchmesser

1 ea Tube
4 ea Tubes/Box
5 ea Tubes/Box
5 lb Tube
10 lb Tube
25 lb Box
15520R,15520S,15536R,15536S,15S0051
.050" X 1/8" 15620F1 1520FMPOP 15620F15P 15620F5
.050" x 1/8" x 20" 15620F
.050" x 1/8" x 36" 15636F
.050" X 1/16" 15320F1 15320F
1/8" 15620R1 15636R
1/8" sq 15620S1 15636S10 15620S
1/8" sq x 36" 15636S
1/16" 15320R1 15320R
1/16" x 36" 15336R
3/32" 15520R1

Stay-Silv 15 Phos-Copper Brazing Alloy

15320F

Stay-Silv 15 phos-copper brazing alloy .050 X 1/16 X 20 X 25lb package

DETAILS

Stay-Silv® 15 phos-copper filler metal is the industry standard for air conditioning/refrigeration applications. Its melting range is useful in filling wider clearances while providing good service ductility. Conforms to the EU Reach & RoHS directive.

Eigenschaften

  • A frequent choice for brazing copper, as copper is self-fluxing
  • Wide melting range allows operators to fill loose connections and "cap", or build up around finished joint. When heated above its liquidus it will penetrate tight connections.
  • Excellent for situations where close fit-up does not exist, and where thermal expansion and service vibration are involved.
  • Popular brazing filler metal for HVAC and refrigeration connections.
  • Can be used to braze brass with the use of appropriate brazing flux
  • Suitable for brazing low nickel, (10% maximum), copper/nickel base metals
  • Can be used for brazing copper-to-copper and copper-to-brass (using Stay-Silv" white brazing flux) applications.
  • Corrosion resistance is generally similar to copper base metal, but phosphorus containing alloys should not be used if the braze is exposed to sulfur or sulfur compounds in service
  • Not recommended for brazing steel or other ferrous metals due to sufficient lack of joint ductility
  • Conforms to the EU Reach & RoHS directive

Garantie

  • 1 Year