Solders

Both Stay-Brite and Stay-Brite 8 produce an overall component with greater strength than a brazed component whose base metals are weakened by annealment from high brazing heat. Stay-Brite solders bond with all of the ferrous and nonferrous alloys. Joints...

This solder contains a 2.30-3.20% acid core. Acid core solders are used for soldering materials with poor solderability- Steels, Zinc, Heavily oxidized Nickel, Aluminum , etc. With some exceptions, tin-lead solders can be used to solder copper and most...

Stay-Brite solders bond with all of the ferrous and nonferrous alloys. Joints soldered with Stay-Brite solders exhibit considerably higher than necessary elongation for sound, dissimilar metal joints and vibration applications. Both Stay-Brite and...

Both Stay-Brite and Stay-Brite 8 produce an overall component with greater strength than a brazed component whose base metals are weakened by annealment from high brazing heat. Stay-Brite solders bond with all of the ferrous and nonferrous alloys. Joints...

With some exceptions, tin-lead solders can be used to solder copper and most copper alloys, lead, nickel alloys and steel. The 50/50 solder is a general purpose solder used for non electrical applications. It is used for applications in the sheet metal,...

HARRIS ALSOLDER 500 ALUMINUM SOLDER KIT ALSOLDER 500 Solder alloy for torch or iron; used to join all solderable aluminum alloys to each other and to dissimilar metals; also for zinc die-cast. Includes 1 oz. (28g) solder and 1 oz. (28g) flux. Procedure:...

Stay-Brite solders bond with all of the ferrous and nonferrous alloys. Joints soldered with Stay-Brite solders exhibit considerably higher than necessary elongation for sound, dissimilar metal joints and vibration applications.��Both Stay-Brite and...

This solder contains a 2.30-3.20% acid core. Acid core solders are used for soldering materials with poor solderability- Steels, Zinc, Heavily oxidized Nickel, Aluminum, etc. With some exceptions, tin-lead solders can be used to solder copper and most...

This solder contains a 2.30-3.20% acid core. Acid core solders are used for soldering materials with poor solderability- Steels, Zinc, Heavily oxidized Nickel, Aluminum , etc. With some exceptions, tin-lead solders can be used to solder copper and most...

With some exceptions, tin-lead solders can be used to solder copper and most copper alloys, lead, nickel alloys and steel. The 50/50 solder is a general purpose solder used for non electrical applications. It is used for applications in the sheet metal,...

Used in repairing and joining most metals including aluminum and cast iron. Low application temperatures prevent loss of properties and minimize distortion. Excellent for use in production processes joining large surface areas of aluminum. Also used to...

This solder contains a 2.30-3.20% acid core. Acid core solders are used for soldering materials with poor solderability- Steels, Zinc, Heavily oxidized Nickel, Aluminum, etc. With some exceptions, tin-lead solders can be used to solder copper and most...

With some exceptions, tin-lead solders can be used to solder copper and most copper alloys, lead, nickel alloys and steel. The 50/50 solder is a general purpose solder used for non electrical applications. It is used for applications in the sheet metal,...

Has excellent strength with high elongation and vibration resistance for sound joints in many applications. With its low melting temperature and bonding of all the ferrous and non-ferrous alloys including stainless, nickel, copper tubing, brass etc.,...

Stay-Brite solders bond with all of the ferrous and nonferrous alloys. Joints soldered with Stay-Brite solders exhibit considerably higher than necessary elongation for sound, dissimilar metal joints and vibration applications. Both Stay-Brite and...

This solder contains a 2.30-3.20% acid core. Acid core solders are used for soldering materials with poor solderability- Steels, Zinc, Heavily oxidized Nickel, Aluminum, etc. With some exceptions, tin-lead solders can be used to solder copper and most...