30 Sticks Flux Coated Brazing Rods Bcup-5 Silver Solder Phos Copper Brazing Alloys Flat Welding Rods 1/8" " for Air Conditioning, Refrigerator, Cold Storage, and HVAC Units
30 Piece Kit: this silver soldering kit contains 30 flux coated brazing rods, providing ample supply for multiple projects; Each rod measures about inches in diameter and inches in length, ensuring extended working capacity
Flux Coating: these flux coated brazing rods feature blue flux coating that promotes wetting and bonding at joints; The pre applied coating eliminates the need for additional flux and supports strong capillary action during heating
Silver Alloy: the silver brazing rod composition combines silver, copper, and phosphorus for reliable joint strength; This silver solder material offers good flow characteristics and corrosion resistance in brazing applications
Temperature Range: with solidus at about 1190°F and liquids at about 1075°F, these brazing rods operate within a brazing range of 1178 to 1245°F; The thermal window accommodates various heating methods and joint configurations
Versatile Metal Joining: these welding rods effectively join copper, brass, and cast iron materials; The rods work well for copper to copper and brass to bronze connections in HVAC and refrigeration systems
Features: Enhanced capillary performance: The alloy formulation and flux coating promote deep penetration into joints, creating secure seals. This characteristic makes these brazing rods suitable for applications requiring leak-proof connections in plumbing and heat exchangers. Professional grade application: Deal for HVAC technicians, refrigeration repair, and plumbing professionals, these flux coated brazing rods handle evaporators, heat exchangers, water heaters, and similar equipment requiring reliable brazed connections. Specifications: Material: flux coated silver Bcup-5 Size: about 1/8" x 20" Package includes: 30 x Flux coated brazing rods Notes: Manual measurement, please allow slight errors on size. The color may exist a slight difference due to different screen displays