36 Results for Brazing Alloys by HARRIS
HARRIS
Key Features:
- Dia. (In.): 1/16 in
- Type: -
- Length (In.): 18 in
Key Features:
- Contents: 15% Silver, 5% Phosphorus, 80% Copper
- Dia. (In.): 1/8 in
- Length (In.): 20 in
Key Features:
- Includes: -
- Contents: 25% Zinc, 30% Copper, 45% Silver
- Dia. (In.): 1/16 in
Key Features:
- Contents: 5% Silver, 6% Phosphorus, 89% Copper
- Application: For Medium Range Use, Where Close Fit-Up Can Not Be Maintained
- Length (In.): 20 in
Key Features:
- Standards: AWS A5.8
- Dia. (In.): 1/16 in
- Includes: (1) 1 oz Brazing Wire, (1) 1.75 oz White Flux
Key Features:
- Brazing Range (F): 1145 to 1205
- Package Quantity: 3
- Tensile Strength (PSI): -
Key Features:
- Standards: ASME Section IIC SFA 5.8 BCuP-2, AWS A5.8, ISO 17672 CuP 181
- Brazing Range (F): 1310 to 1475
- Material: 0 Phos Copper
Key Features:
- Item: Brazing Alloy
- Standards: AMS 4763 ISO 17672 Ag 156, ANSI/AWS A5.8, ASME SFA 5.8, QQ-B-654A Class BAg-7, NSF 51
- Contents: 17% Zinc, 22% Copper, 5% Tin, 56% Silver
Key Features:
- Package Quantity: 7
- Material: Dynaflow
- Standards: Not Rated
Key Features:
- Length (In.): -
- Contents: 17% Zinc, 22% Copper, 5% Tin, 56% Silver
- Material: Safety-Silv-56
Key Features:
- Flux Application: Copper-Zinc Braze-Welding Bare and Flux-Coated Rods
- Container Size: 4 lb
- Process: Brazing
Key Features:
- Flux Application: Stay-Silv(R) White Flux is Suitable for Many Applications. Stay-Silv(R) Black Brazing Flux is often Used when Brazing Stainless Steel or where Heating Cycles are Prolonged or Focused as in Induction Brazing
- Standards: EU Reach and RoHS Directive, NSF/ANSI Standard 51
- Compatible Chuck Size: 1,251 Degrees F
Key Features:
- Joining Applications: Brass to Stainless Steel, Brass to Steel, Copper to Stainless Steel, Copper to Steel, Stainless Steel to Stainless Steel, Stainless Steel to Steel, Steel to Steel
- Compatible Chuck Size: 1,205 Degrees F
- Silver Content: 56 %
Key Features:
- Alloy Form: Rod
- Alloy Type: High Silver
- Liquidus: 1,350 Degrees F
Key Features:
- Process: Brazing
- Container Type: Tube
- Package Quantity: 28
Key Features:
- Item: Brazing Alloy
Key Features:
- Item: Brazing Alloy
Key Features:
- Compatible Chuck Size: 1,200 Degrees F
- Alloy Composition: 0.01-0.40% Silicon; 0.15% Other; 6.0-7.0% Phosphorus; 6.0-7.0% Tin; Copper Remainder
- Capacity Shingles: 1,280 Degrees F
Key Features:
- Item: Brazing Alloy
Key Features:
- Item: Brazing Alloy
Key Features:
- Flux Application: Flux Inner Core Means No Manual Flux Application is Required Providing Significant Cost Savings
- Container Type: Tube
- Alloy Composition: 0.0003% Maximum Beryllium; 0.10% Maximum Magnesium; 0.15% Maximum Manganese; 0.15% Total Other; 0.20% Maximum Zinc; 0.30% Maximum Copper; 0.8% Maximum Iron; 12.0% Silicone; Aluminum Remainder
Key Features:
- Item: Brazing Alloy
Key Features:
- Item: Brazing Alloy
Key Features:
- Item: Brazing Alloy
Key Features:
- Liquidus: 1,350 Degrees F
- Standards: EU Reach and RoHS Directive
- Item: Brazing Alloy
Key Features:
- Item: Brazing Alloy
Key Features:
- Item: Brazing Alloy
Key Features:
- Item: Brazing Alloy
Key Features:
- Item: Brazing Alloy
Key Features:
- Item: Brazing Alloy
Key Features:
- Alloy Type: High Silver
- Flux Application: Copper-Zinc-Tin Bare and Flux-Coated Filler Metal for Braze-Welding of Steel, Including Malleable and Gray Iron, Joining Copper, Some Cast Iron Grades
- Container Type: Package
About Brazing Alloys
Braze welding uses brass or bronze filler to unite pieces of steel. Similar to welding, this process also joins pieces of metals by melting filler metal. After it melts, it flows in between the metals pieces which hardens to create the joint. We have a selection of brazing filler metal, which can be called a brazing alloy. These brazing sticks have different dimensions and come in packs of various quantities. If a brazing rod is not quite the metal filler you need for your application? We have arc welding rods and tig welding rods.