Resinous solid

FLUXEL CA401 - Resinous solid

Wave tin plating or soldering iron plating of electronic components or as fluxing component of cored wires.

  • Solid block organic
  • 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
    Sn/Ag
    Sn/Ag/Cu
  • Yes
  • Slightly corrosive
  • Cleaning : water, isopropanol, halogened solvent after brazing

PRODUCT APPLICATION

ADVANTAGES
  • Flux incorporated to the filler metal wire
  • No need to use any complementary flux
  • Can be easily eliminated with common cleaning products
  • Can be used on many materials as : copper, copper alloys, zinc and alloys
PHYSICAL PROPERTIES
  • solid neutral
  • melting point 80°C

DIRECTIONS FOR USE

Only the user can test and determine the process of use and decide if the test results are appropriate to his own or to his customer’s requirements

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