FLUXEL 496

FLUXEL 496 - FLUXEL 496

Fluxing by permeation of printed circuit, it is eliminated by sublimation in the melting range of the tin and tin alloys that are used in the electronic manufacture . As there are no residual salts after brazing, this technology prevents auto-discharge and corrosion

  • Organic liquid
  • Polyethylen glycol Polyethylen glycol stearate Isobulylic polymer vaselineCellulosic binder in glycol monoethylen + waterPolyethylen glycol Polyethylen glycol stearate Isobulylic polymer vaselineIsobutylic copolymer Heavy white spiritPolyisobutyl in heavy paraffinic solventAqueous cellulosic binderPyrogened silicate Polyisobutyl Polyisobutadien Light isoparaffinicAqueous cellulosic binderVaseline oilHydroxyethyl celluloseCopolymer emulsificationLead alloysBrass, Cast ironSteelSteel-CopperCast ironHard steel- Tungsten carbideSteel/tungsten carbideLead-Tin/Tin-CopperStainless steel - Aluminum alloysBrass, copper, steel, stainless steelBrass-copper, Steel-stainless steelSteel-Brass-Cast Iron Copper-Stainless steelSteel, cast ironTin-CopperOxyded Zinc Copper-Brass-SteelZinc-Copper-Brass Lead-SteelCopper-brassBrass-Copper-Iron Zinc-LeadBrass-Copper-Steel Zinc-LeadStainless steel-AluminiumAluminium Al/Mg alloysAluminium/Mg alloysAluminium Al/Cu alloysAluminium alloys
  • Sn Sn/Cu
  • Yes
  • Corrosive
  • Cleaning : water, isopropanol, halogened solvent after brazing

CHARACTERISTICS - PHYSICO-CHEMICAL PROPERTIES, COMPOUND ELEMENTS

COMPOSITION ELEMENTS

  • Amine salts in solution
  • Wetting agents

APPLICATION FIELD

The Fluxel 496 is an organic flux designed for the manufacturing of electronic components. It is designed for the tinning of metals and for brazing in automatic manufacturing lines of printed circuit components

DIRECTIONS FOR USE

This flux must be used pure or diluted in distilled water according to the parts to be treated.

USING CARE AND RECOMMENDATIONS

For all other information please refer to the Material Safety Data Sheet also available on demand

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