HARRIS ALCOR FLUX CORED ALU BRAZING ROD 2MMX500MM 20 STICKS
Volume Discounts for ABN / Account holders -
Availability: 2 In stock, ready to be shipped!
Harris Alcor Flux Cored Aluminum Brazing Rod 2mm x 500mm (20 Sticks) – Ideal for Low-Temperature Aluminum Repairs
The Harris Alcor Flux Cored Aluminum Brazing Rod (2mm x 500mm) is expertly designed for high-quality, low-temperature aluminum repairs, making it perfect for professionals and DIY enthusiasts working on refrigeration components, air conditioning units, and aluminum radiators. This pack includes 20 sticks of Alcor 200 Resin Core brazing wire, delivering superior convenience and performance with built-in flux that eliminates the need for additional external flux.
Features & Benefits:
- Alcor 200 Resin Core Brazing Wire: High-performance resin core for enhanced repair efficiency.
- Specifications: Each rod is 2mm in diameter and 500mm long, providing ideal dimensions for precise, controlled application.
- Easy-to-Use Aluminum Alloy: Simplifies the brazing process with a non-corrosive flux inside the wire for seamless repairs.
- No Additional Flux Required: Saves time and minimizes the mess by eliminating the need for external flux application.
- Applications: Tailored for repairing heat exchangers, air conditioners, aluminum alloy condensers, and other aluminum components.
- Exceptional Fluidity: Ensures excellent capillary action for smooth, even brazing and strong, reliable bonds.
- Minimal Post-Braze Cleaning: Streamlines the process by reducing post-repair cleanup.
- Superior to Tin-Zinc & Aluminum Silicon Alloys: Ideal choice for aluminum coil repair, providing long-lasting results compared to other alloys.
With outstanding fluidity and capillary attraction, this flux cored aluminum brazing rod is ideal for efficient, reliable repairs and is better suited for aluminum coil repair than tin-zinc or aluminum-silicon options. Choose the Harris Alcor Flux Cored Aluminum Brazing Rod for ease of use, quality results, and dependable repairs for various aluminum components.