BRAZING FLUXES

We supply a whole range of brazing fluxes, pickling agents and anti-fluxes:
fluxes for silver alloys, brass, bronze and alloys for tools in liquid, powder or paste form.

The flux must be chosen based on the brazing alloy’s working
temperature and the type of base material to be joined. It is designed to remove surface oxides and protect the base materials from oxidation during the heating stage of the brazing process.

It allows surface wetting and promotes distribution of the brazing alloy for smoother,
free-flowing application.

APPLICATIONS

Air conditioning, Heating, Plumbing, Eyewear, Tools,
Fashion accessories, Electronics, Installers, Automotive

BRAZING FLUXES
ANTI-FLUXES

BRAZING FLUXES

Flux selection is determined by the base material and the alloy’s working temperature. The working temperature and melting range must match the flux’s active range.

MAIN PROPERTIES

FLUXEFFECTIVE TEMPERATURE RANGE IN °CISO 18496UsesCommentsTECHNICAL DATASHEET
D550 - 850FH10 ASteel, non-ferrous metals for special useMix with water to make it spreadable
D98550 - 800FH10 ASteel, Cu, Cu alloys, Ni, Ni alloysMix with water to make a paste
D99550 - 800FH10 ASteel and non-ferrous metals
F PASTE550 - 800FH10 BSuitable to keep the color of brass during the brazing processSuitable for flame and induction brazing
FN/E PASTE750 - 1000FH20 BUsed for high temperatures
FN/E POWDER750 - 1000FH20 AUsed for high temperatures
FN/V550 - 800FH10BSteel and non-ferrous metals
H PASTE550-970FH10BHeavy metalsUniversal
H POWDER550-970FH10A
H 80550 - 850FH10BCemented carbides, steels, mild steel, Cu, Cu alloys, Ni, Ni alloysSurface brazing: suitable for induction brazing and brazing times of less than 30 seconds
H 86550 - 850FH10BCemented carbides, steels, mild steel, Cu, Cu alloys, Ni, Ni alloysSuitable for induction brazing and brazing times of less than 30 seconds, for brazing vertical joints for automatic brazing
H28 PASTE580 - 940FH10BSteels, Cu, Cu alloys, Ni, Ni alloysSuitable for brazing vertical joints
H280520 - 850FH10BSteels, Cu, Cu alloys, Ni, Ni alloysAutomatic brazing: suitable for dispenser application
N1/T550 - 800FH10AUniversal
N2/E550 - 800FH10AUniversal
OC/V550 - 800FH10ASteel, Ni, Ni alloysSpectacles sector
RS/A550 - 700FH10CCu, Cu alloys, steels, Ni alloysSpectacles sector
SUPER 1550 - 800FH10A
L490 - 730FH11BFor heavy metals containing up to 10% Al
H285520 - 910FH12BSteels, cemented carbides, Cu, Cu alloys, Ni, Ni alloysSuitable for dispenser application and for brazing tungsten carbides
H 900520 - 850FH12BCarbides, stainless steelsAutomatic brazing: suitable for dispenser application
SPEZIAL H520 - 1030FH12BStainless steels, carbides, special materials, diamond tools for stone
S650 - 1050FH20BSteels, cemented carbides, Ni, Ni alloysUsed for high temperatures
OT/A PLUS750 - 1100FH21ASteels, Cu, Cu alloys, Ni alloys
GF56Liquid-Vaporized by flame56% concentration
GF70Liquid-Vaporized by flame70% concentration

REQUEST INFORMATION

    Ai sensi dell’art. 13 del Regolamento UE 679/16 le vengono fornite le seguenti informazioni sul trattamento che potrà avere luogo a seguito della compilazione e dell’invio dei dati presenti nel modulo che state per compilare.

    consulta qui l’informativa sul trattamento dei dati personali.

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    ANTI-FLUXES

    ASV Antiflux avoids the wetting of surfaces that are to stay clean, thus allowing for very accurate, pinpoint brazing and soldering.
    It is used to check the alloy’s capillary flow.

    MAIN PROPERTIES

    FLUXTYPES OF BRAZINGUSESHEAT SOURCETECHNICAL DATASHEET
    ASV antifluxSoldering and brazing even at high temperatureUsed to contain alloy capillarityAir, protective gas, vacuum

    REQUEST INFORMATION

      Ai sensi dell’art. 13 del Regolamento UE 679/16 le vengono fornite le seguenti informazioni sul trattamento che potrà avere luogo a seguito della compilazione e dell’invio dei dati presenti nel modulo che state per compilare.

      consulta qui l’informativa sul trattamento dei dati personali.

      Nome (richiesto)

      Cognome (richiesto)

      Società (richiesto)

      Voglio essere ricontattato tramite: e-mailtelefono

      Email (richiesto)

      Telefono (richiesto)

      il tuo messaggio

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