WD-SJ601 Sintering flux for submerged arc welding
WD-SJ601 Sintering flux for submerged arc welding

WD-SJ601 Sintering flux for submerged arc welding

WD-SJ601 is a fluoroalkali type sintering flux with an alkalinity of about 1.8. It can be used for welding of ultra-low carbon stainless steel in combination with ultra-low carbon welding wire.

Subclassification：

· Stainless Steel

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  • Product description
    • Commodity name: WD-SJ601 Sintering flux for submerged arc welding
    • Commodity ID: 1057227647441788928

    WD-SJ601 is a fluoroalkali type sintering flux with an alkalinity of about 1.8. It can be used for welding of ultra-low carbon stainless steel in combination with ultra-low carbon welding wire.

    Standards：
    GB/T17854　　SF308G-S308

     

    Introduction：
    WD-SJ601 is a fluoroalkali type sintering flux with an alkalinity of about 1.8. It can be used for welding of ultra-low carbon stainless steel in combination with ultra-low carbon welding wire. The burning loss of chromium in the deposited metal of the flux is very small, and it does not increase carbon, silicon and manganese. Its metallurgical properties are neutral. The weld is austenitic and ferritic duplex, which has good crack resistance, mechanical properties and corrosion resistance. It is especially suitable for butt welding and fillet welding of I-type breaks. The weld metal is beautifully shaped and easily de-slagged without any welding corners and surface slagging.

     

    Applications：

    Used for 8%Cr-8%Ni, 18%Cr-12%Ni-2%Mo stainless steel and ultra-low carbon stainless steel welding.

     

    Flux chemical composition reference value(%)：

    SiO2+TiO2

    CaO+MgO

    Al203+MnO

    CaF2

    S

    P

    15.2

    30.4

    24.6

    24.8

    ≤0.06

    ≤0.08

     

    Reference values for mechanical properties of molten metal：

    Mating wire

    Tensile strength
    (MPa)

    Elongation
    (%)

    Mating wire

    Tensile strength
    (MPa)

    Elongation
    (%)

    H0Cr21Ni10

    ≥520

    ≥30

    H0Cr19Ni12Mo2

    ≥520

    ≥25

    H00Cr21Ni10

    ≥480

    ≥25

    H00Cr19Ni12Mo2

    ≥480

    ≥30


    Notice：

    1. The flux shall be baked at 300-350°C for 2 hours before use.

    2. Rust, oil, water and other impurities should be removed from the welded parts before welding.
     

    Key words:
    • flux
    • welding
    • weld line

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