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Stay-Silv® Black Paste Brazing Flux

Stay-Silv® black paste brazing flux for brazing silver, copper, copper alloys (except aluminum bronze), steel and other ferrous base metals

DETAILS

Stay-Silv® black paste brazing flux is an all-purpose, high-temperature, homogenous flux for use in silver brazing. It is formulated to provide smooth flux application, even coverage, and excellent protection during brazing. The addition of boron extends the active life of the flux enabling it to withstand longer heating cycles. This makes it an ideal choice for induction brazing where intense localized heating is a factor, or heavy parts that often require longer heating time. Stay-Silv® black flux is recommended for brazing copper and copper alloys, (except aluminum bronze), steel, and other ferrous base metals. It is often used in brazing stainless steel, nickel alloys, and tungsten carbide. Stay-Silv® black flux is used with many high silver brazing filler metals of the AWS A5.8 BAg classifications and ISO 17672 class Ag alloys. It is also suitable for use with many phosphorus-copper-silver alloys, (AWS BCuP and ISO CuP), for brazing copper to brass. Black flux turns clear, (transparent), close to brazing application temperature. This is a useful indicator in timing braze wire application. Complies with the EU Reach & RoHS directive.

Features

  • High-temperature, all-purpose black flux for silver brazing
  • Formulated for applications where the work is subjected to rapid, localized heating
  • Ideal for applications where large amounts of refractory oxides may form
  • Used with stainless steel, carbide, heavy parts, prolonged heating cycles
  • The flux turns clear/transparent close to brazing application temperature, indicating the best time for braze wire application
  • Used for silver brazing, including stainless steel, and brazing heavy parts and carbides

Typical Applications

  • Brazing silver
  • Brazing copper and copper alloys (except aluminum bronze), steel, and other ferrous base metals
  • Induction brazing

Disclaimers

Warning -

Cancer and Reproductive Harm -

www.P65Warnings.ca.gov

Documentation