Spec Sheet
Safety Data Sheet: Sil Sol 0% Phos-Copper Brazing Rod
Safety Data Sheet: Al-Cop Braze, Flux Cored, Aluminum to Copper
Safety Data Sheet: Alloy Sol Aluminum Repair Rods
Safety Data Sheet: Sil Sol 56% Flux-Coated Silver Solder
Safety Data Sheet: Alloy Sol Flux
Item Code: DDSW-HVAK15 SolderWeld 15% Sil-Phos HVAC All-In-One
The kit comes with Sil Sol 15% and Sil Sol 56% brazing rods. It also includes; Brand New, nothing like it on the market, Al-Cop Rod. This product is exclusively available in the HVAC All-In-One Kit, and once you work with it, you will never look back!
- Al-Cop brazing rods provide a unique Aluminum to Copper brazing rod with a flux core that makes brazing Aluminum to Copper line sets quick and easy. Strong bonds that will endure the life of the fittings, a complete fix that will withstand the test of time and pressure.
- Alloy Sol aluminum repair and joining rods flow at half the melting temp of Aluminum and provides a repair at 30,000 PSI welding pressure. The Flux decontaminates the aluminum repair area so there is no need for pre-cleaning and it even works through painted surfaces and greasy areas!
- Alloy Sol Flux is a powdered flux used for brazing aluminum and aluminum based alloys. The flux wets the joining surfaces thoroughly and prevents the entrapment of aluminum oxide inclusions in the joints. It can be used as supplied or mixed with water to form a paste.
- Sil Sol Premium 15% Sil-Phos was developed primarily for use on copper, but its use has extended to other nonferrous copper based alloys. It is used extensively on refrigeration units, air conditioning apparatus, electrical conductors, copper and brass fittings and other copper to brass equipment. Kit comes with 1/2 lb.
- Sil-Sol 56% silver solder flux is the best siver solder on the market. The Refrigeration Industry loves it for dissimilar metals, copper, brass, and stainless steel. The bonds are rated at 75,000 PSI and it flows so well that not much of the rod is needed.
- Stainless Steel Wire Brush
- Watertight Canister
