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| Welding flux for
Submerged-Arc Welding |
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| Standards: |
EN 760 |
S A AR 1 87
AC |
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EN 756 |
S 4T A AR S1
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EN 756 |
S 4T 0 AR S2
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DIN 32522
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B AR 198 AC
12 KMS |
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AWS/ASME
SFA-5.17 |
F7A0-EL12
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| Application and Properties: |
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Agglomerated rutile flux,
additive in Mn and Si, suitable for carbon steel welding
in two or three phases in single or multi-wires at high
speed with excellent bead appearance. Not to be used in
multipass technique. Excellent slag removal in fillet
and root passes. Mainly used in welding LPG cylinders,
small tanks, ligth boiler works, beams, shipbuilding and
pipes. Basicity Index : 0.4 |
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| Main
Constituents (%): |
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| All-Weld
Metal Analysis (typical values in %) : |
| OE-S2 |
0.025-0.05 |
1.1-1.5
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0.5-1.1
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<0.02
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<0.03
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| OE-S1 |
0.03-0.05 |
0.9-1.4
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0.6-1.0
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<0.02
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<0.03
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| Mechanical
Properties of All-Weld Metal (single values are typical
values): |
| OE-S1
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AW /
KS |
>400 |
510-650 |
>22 |
>40 |
>27 |
| OE-S2
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AW /
KS |
>400 |
520-650 |
>22 |
>50 |
>27 |
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| AW : As welded |
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| Redrying: at
350˚C for 2 hours to obtain max.5 ml/100 gr diffusible
hydrogen. |
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| Packing
& Order Information : |
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| Type of
Current/Polarity/Welding Positions : |
| You can click on
the figure to see its explanation... |
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