Phos Coppers

Metal To Weld/Join:

Copper or Brass to Copper or Brass

SS15-3/32 X 20 X 24 STICK TUBE

Stay-Silv® 15

Phos-Copper Alloy

Phos-copper-silver filler metal with a wide melting range for brazing copper used in the HVAC and refrigeration industries.

5620F1 Stay-Silv 5 Phos Copper Alloy

Stay-Silv® 5

Phos-Copper Alloy

Phos-copper-silver filler metal for brazing copper-to-copper and copper-to-low zinc brass with the use of flux.

PC0-3/32 X 20 X 24 STICK TUBE

Harris® 0

Phos-Copper Alloy

Phos-copper filler metal for brazing copper-to-copper.

BLOCKADE 2MM X 20 X 20 STICK TUBE

Blockade®

Phos-Copper Alloy

Phos-copper-tin-silicon filler metal for low temperature brazing of copper and brass.

DYNA-.050 X 1/8 X 20 X 28 STICK TUBE

Dynaflow®

Phos-Copper Alloy

Phos-copper-silver filler metal for brazing copper or brass used in the HVAC and refrigeration industries.

Harris® 0HP

Phos-Copper Alloy

Phos-copper filler metal for brazing copper-to-copper.

SS2-.050 X 1/8 X 20 X STICK TUBE

Stay-Silv® 2

Phos-Copper Alloy

Phos-copper-low silver filler metal with a medium temperature range for brazing copper and copper-to-brass.

Image not found

Stay-Silv® 2HP

Phos-Copper Alloy

Phos-copper-low silver filler metal with a narrower melting range for brazing copper and copper-to-brass.

SS2-.050 X 1/8 X 20 X STICK TUBE

Stay-Silv® 2LP

Phos-Copper Alloy

Phos-copper-low silver filler metal with a medium temperature range for brazing copper and copper-to-brass.

Image not found

Stay-Silv® 5HP

Phos-Copper Alloy

Phos-copper-silver filler metal for brazing copper-to-copper and copper-to-low zinc brass with the use of flux.

SS6-.050 X 1/8 x 20 X 28 STICK TUBE

Stay-Silv® 6

Phos-Copper Alloy

Phos-copper-silver filler metal with a medium temperature range for brazing copper-to-copper and copper-to-brass with the use of flux for assemblies with wider clearances.

SS6HP 3/32 Dia x 36 x 25lbs PKG

Stay-Silv® 6HP

Phos-Copper Alloy

Phos-copper-silver filler metal with a medium temperature range for brazing copper-to-copper and copper-to-brass with the use of flux for assemblies with wider clearances.