Do It 53060 Flux Paste 1.7 Oz Soldering Flux

Product Description

The DO IT 53060 is a 1.7-ounce flux paste formulated to remove surface oxidation and improve solder flow on metal surfaces. It provides superior wetting properties that allow molten solder to spread evenly and bond cleanly to the base metal. This product is designed for use with solid wire solder and is effective on copper, brass, tin, and most common metals. It is not suitable for aluminum or stainless steel. Plumbers, electricians, and HVAC technicians reach for flux paste as a standard prep step before sweating fittings or making soldered electrical connections.

This flux paste is well-suited for residential and light commercial applications including copper water supply lines, drain fittings, and low-voltage electrical connections where soldering is required. The compact 1.7-ounce container is practical for field service kits and service vans. It is intended for use anywhere solid wire solder is the joining method of choice, covering a wide range of common trade applications across plumbing and electrical disciplines.

Key Features

• Removes surface oxidation to prepare metal for a clean solder bond
• Superior wetting properties promote even solder flow and full joint penetration
• Compatible with solid wire solder
• Effective on copper, brass, tin, and most common metals
• Compact 1.7-ounce size suitable for field use and service kits
• Not for use on aluminum or stainless steel

Compatibility

Designed for use with solid wire solder on copper, brass, tin, and most common metals. Not compatible with aluminum or stainless steel.

Installation Notes

Apply a thin, even coat of flux paste to the cleaned joint surfaces immediately before soldering. Licensed plumbers and electricians should follow applicable IPC and NEC guidelines when making soldered connections. Always work in a well-ventilated area when soldering and avoid prolonged skin contact with flux compounds. Clean residual flux from finished joints after soldering to prevent long-term corrosion.