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  • Principles of Brazing
    This approach is commonly used in the brazing of stainless steel flux out of the joint gap.
  • Ferrous metals
    Polarizationmeasurementsrevealedthat the removal of corrosion resistant passive films on stainless steel by brazing flux during brazing was one of the causes of interfacial corrosion of stainless steel at brazed interface.
  • CR4 - Thread: Soldering Very Hard Stainless and very Small Parts
    But: you need a specialised flux for brazing stainless steel else the oxide will spoil everything.
  • Boron Minerals and Chemicals
    In the field of metallurgy, it is used in the preparation of special welding, soldering and brazing fluxes for stainless steel or various non-ferrous metals, where alkali borates cannot be used.
  • WELDING ABSTRACTS
    Examples presented are of martensitic stainless steel brazed using FH10 flux and fillers AG301 (Ag, 15%Cu, 16%Zn, 19%Cd), AG351 (Ag, 15.5%Cu, 15.5%Zn, 16%Cd, 3%Ni) or Ag, 26%Cu, 2%Mn, 2%Ni, 6%In that were exposed to oxygenated moisture.
  • Flux modification for AC-TIG braze welding of aluminium to stainless steel
    A paste consisting of eutectic Al–12Si filler alloy powder mixed with the Nocolok flux and an inert binder was used during furnace brazing process between aluminium and stainless steel .9 The Nocolock brazing flux was applied in laser brazing by Kazuyoshi Saida .
  • Laser brazing of alloy 600 with precious filler metals
    A brazing flux for silver brazing of stainless steels (F10SU), the main components of which are KF, KHF2, H3BO3, Na2B4O7.10H2O and KBI, was applied in the present laser brazing.
  • Joining Processes: An Introduction
    Higher melting point fluxes are used for the higher temperature brazing alloys and stainless steels are usually fluxed with an orthophosphate-based flux.