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OK Flux 10.62

Agglomerated fluoride-basic flux for Submerged Arc Welding. Primarily for multi-run welding. For highest demands on impact properties, low temperature toughness, strength and CTOD-values. Especially suitable for narrow gap welding due to good slag detachability and smooth side-wall blending. The Advanced Slag Release version improves weldability with excellent slag detachability, even better side wall wetting and stronger grains which improve weld quality due to flux grain size consistency also after multiple recycling cycles. All other attributes unchanged. For Offshore constructions, pressure vessels, power generation, shipbuilding, pipe mills, civil constructions, transport industries, etc. Produces weld metals with hydrogen contents maximum 5 ml/100 g, in BlockPac (moisture protection) maximum 4 ml/100g. Operates optimally at the lower end of the voltage range. Designed for single and multi wire procedures, for butt and fillet welds. Works equally well on DC and AC current. Single layer and multi layer welding of unlimited plate thickness.

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Highlights

Process

Specifications
Classifications EN ISO 14174 : S A FB 1 55 AC H5
EN ISO 14174 : S A FB 1 55 AC H4 only BlockPac/moisture-protection
Approvals CE : EN 13479
DB : 51.039.07
UKCA : EN 13479

Approvals are based on factory location. Please contact ESAB for more information.

Diffusible Hydrogen max 5 ml/100g weld metal (Redried flux); max 4 ml/100g in BlockPac (moisture protection)
Slag Type Fluoride-basic
Alloy Transfer No Silicon or Manganese alloying
Density nom: 1.1 kg/dm3
Basicity Index nom: 3.2
Flux_Consumption_SAW
Volts DC+ Weight AC Weight
26 V 0.7 kg 0.6 kg
30 V 1.0 kg 0.9 kg
34 V 1.3 kg 1.2 kg
38 V 1.6 kg 1.4 kg

Conditions : Dimension Ø 4.0 mm , Amps 580 A , Travel Speed 55 c

Classifications_SAW Wire Weld Metal
Wire AWS/EN EN - As Welded AWS - As Welded AWS - PWHT
ESAB SA10K A5.17:EH10K
14171-B:SU10
- A5.17: F7A6-EH10K A5.17: F7P8-EH10K
OK Autrod 12.22 A5.17:EM12K
14171-A:S2Si
14171-A: S 38 5 FB S2Si A5.17: F7A8-EM12K A5.17: F6P8-EM12K
OK Autrod 12.24 A5.23:EA2
14171-A:S2Mo; 24598-A:S S Mo
14171-A: S 46 4 FB S2Mo A5.23: F8A6-EA2-A2 A5.23: F8P6-EA2-A2
OK Autrod 12.24L A5.23:EA2
14171-B:SU2M3
- A5.23: F8A4-EA2-A2 A5.23: F8P4-EA2-A2
OK Autrod 12.32 A5.17:EH12K
14171-A:S3Si
14171-A: S 46 6 FB S3Si A5.17: F7A8-EH12K A5.17: F7P8-EH12K
OK Autrod 12.33L A5.23:EA3K - A5.23: F10A4-EA3K-G A5.23: F9P4-EA3K-G
OK Autrod 12.34 A5.23:EA4
14171-A:S3Mo; 24598-A:S S MnMo
14171-A: S 50 4 FB S3Mo A5.23: F8A6-EA4-A4 A5.23: F8P6-EA4-A4
OK Autrod 12.40 A5.17:EH14
14171-A:S4
14171-A: S 50 4 FB S4 A5.17: F7A6-EH14 A5.17: F7P6-EH14
OK Autrod 12.40L A5.17:EH14
14171-B:SU41
- A5.17: F7A6-EH14 A5.17: F7P6-EH14
OK Autrod 13.10 SC A5.23:EB2R
24598-A:S S CrMo1
- - A5.23: F8P2-EB2R-B2
OK Autrod 13.20 SC A5.23:EB3R
24598-A:S S CrMo2
- - A5.23: F8P2-EB3R-B3
OK Autrod 13.21 A5.23:ENi1
14171-A:S2Ni1
14171-A: S 42 4 FB S2Ni1 A5.23: F7A6-ENi1-Ni1 A5.23: F7P8-ENi1-Ni1
OK Autrod 13.24 A5.23:ENi6
14171-A:S3Ni1Mo0,2
14171-A: S 50 6 FB S3Ni1Mo0,2 A5.23: F8A10-ENi6-Ni6 A5.23: F8P8-ENi6-Ni6
OK Autrod 13.27 A5.23:ENi2
14171-A:S2Ni2
14171-A: S 46 7 FB S2Ni2 A5.23: F7A10-ENi2-Ni2 A5.23: F7P10-ENi2-Ni2
OK Autrod 13.36 A5.23:EG
14171-A:S2Ni1Cu
14171-A: S 46 5 FB S2Ni1Cu A5.23: F8A6-EG-G -
OK Autrod 13.40 A5.23:EF3
14171-A:S3Ni1Mo; 26304-A:S3Ni1Mo; 26304-B:(SUN2M2)
26304-A: S 55 6 FB S3Ni1Mo A5.23: F9A8-EF3-F3 A5.23: F9P8-EF3-F3
OK Autrod 13.43 A5.23:EG
26304-A:S3Ni2,5CrMo; 26304-B:(SUN4C1M3)
26304-A: S 69 6 FB S3Ni2,5CrMo A5.23: F11A8-EG-G A5.23: F11P8-EG-G
OK Autrod 13.49 A5.23:ENi3
14171-A:S2Ni3
14171-A: S 46 8 FB S2Ni3 A5.23: F8A15-ENi3-Ni3 A5.23: F8P15-ENi3-Ni3
OK AutrodN 13.40 A5.23:EGN
14171-A:S3Ni1Mo; 26304-A:S3Ni1Mo; 26304-B:(SUN2M2)
- - -
Spoolarc 83 A5.23:EA3K - - -
Spoolarc 95 A5.23:EM2 - - -
Approvals_SAW
Wire ABS BV CE ClassNK CWB DB DNV GL LR RINA UKCA VdTÜV
OK Autrod 12.22 - - - -
OK Autrod 12.24 - - - - - - - -
OK Autrod 12.32 -
OK Autrod 12.34 - - - - - -
OK Autrod 12.40 - - - - - - - - - - -
OK Autrod 13.10 SC - - - - - - - -
OK Autrod 13.20 SC - - - - - - - - -
OK Autrod 13.24 - - - - - -
OK Autrod 13.27 - - -
OK Autrod 13.36 - - - - - - - - - -
OK Autrod 13.40 - - - - -
OK Autrod 13.43 - - - - - -
OK Tubrod 15.27S - - - - - - -
Spoolarc 81 - - - - - - - - - -
Typical Weld Metal Analysis %
CMnSiSPNiCrMoVAlCuNbTiCo
Spoolarc U515 Stress Relieved 1 hr. @ 1275°F
0.080.830.310.0060.0150.071.400.510.0080.0200.1400.0040.0070.010
ESAB SA10K DC+ 550A, 29V
0.081.450.25-----------
OK Autrod 12.22 AC, 580 A, 29 V
0.100.950.27-----------
OK Autrod 12.22 DC+, 580 A, 29 V
0.071.00.30-----------
OK Autrod 12.24 DC+, 580A, 29V
0.071.00.22----0.5------
SAW_Typical_Mech_Properties
Wire Testing Condition Yield Strength Tensile Strength Elongation Charpy V-Notch Result
Spoolarc U515 Stress Relieved 563 MPa 649 MPa 27 %
109 J @ -29 °C
ESAB SA10K As Welded DC+ 490 MPa 570 MPa 28 %
100 J @ -29 °C
55 J @ -40 °C
40 J @ -51 °C
ESAB SA10K PWHT DC+ ( 15 hour(s)) 410 MPa 510 MPa 37 %
210 J @ -40 °C
180 J @ -51 °C
105 J @ -62 °C
ESAB SA10K PWHT DC+ ( 1 hour(s)) 450 MPa 540 MPa 30 %
110 J @ -29 °C
80 J @ -40 °C
35 J @ -51 °C
30 J @ -62 °C
ESAB SA10K PWHT DC+ ( 5 hour(s)) 410 MPa 520 MPa 35 %
200 J @ -40 °C
140 J @ -51 °C
40 J @ -62 °C
ESAB SA10K PWHT DC+ ( 19 hour(s)) 410 MPa 500 MPa 38 %
200 J @ -51 °C
150 J @ -62 °C
ESAB SA10K PWHT DC+ ( 22 hour(s)) 410 MPa 500 MPa 36 %
205 J @ -51 °C
150 J @ -62 °C
ESAB SA10K PWHT DC+ ( 10 hour(s)) 410 MPa 510 MPa 36 %
230 J @ -40 °C
170 J @ -51 °C
100 J @ -62 °C
OK Autrod 12.22 As Welded EN AC 440 MPa 510 MPa 29 %
180 J @ 0 °C
170 J @ -20 °C
90 J @ -40 °C
80 J @ -50 °C
OK Autrod 12.22 Stress Relieved AWS DC+ ( 1.0 hour(s)) 360 MPa 480 MPa 34 %
190 J @ 0 °C
170 J @ -20 °C
130 J @ -40 °C
75 J @ -50 °C
35 J @ -62 °C
OK Autrod 12.22 As Welded AWS DC+ 410 MPa 500 MPa 33 %
170 J @ 0 °C
160 J @ -20 °C
90 J @ -40 °C
70 J @ -50 °C
35 J @ -62 °C
OK Autrod 12.24 As Welded EN AC 520 MPa 600 MPa 24 %
150 J @ 20 °C
125 J @ 0 °C
100 J @ -20 °C
55 J @ -40 °C
40 J @ -51 °C
OK Autrod 12.24 As Welded AWS DC+ 500 MPa 580 MPa 25 %
140 J @ 20 °C
115 J @ 0 °C
80 J @ -20 °C
60 J @ -40 °C
45 J @ -51 °C
OK Autrod 12.24 Stress Relieved AWS DC+ ( 1.0 hour(s)) 510 MPa 580 MPa 30 %
140 J @ 20 °C
100 J @ 0 °C
75 J @ -20 °C
55 J @ -40 °C
40 J @ -51 °C
OK Autrod 12.24L PWHT DC+ ( 1 hour(s)) 530 MPa 590 MPa 27 %
70 J @ -18 °C
35 J @ -29 °C
30 J @ -40 °C
OK Autrod 12.24L As Welded DC+ 550 MPa 620 MPa 25 %
90 J @ -18 °C
40 J @ -29 °C
30 J @ -40 °C
OK Autrod 12.32 As Welded EN AC 520 MPa 600 MPa 26 %
175 J @ 20 °C
170 J @ 0 °C
110 J @ -30 °C
90 J @ -40 °C
60 J @ -60 °C
OK Autrod 12.32 As Welded AWS DC+ 475 MPa 560 MPa 28 %
175 J @ 20 °C
150 J @ 0 °C
130 J @ -30 °C
110 J @ -40 °C
70 J @ -62 °C
OK Autrod 12.32 Stress Relieved AWS DC+ ( 1.0 hour(s)) 410 MPa 510 MPa 28 %
175 J @ 20 °C
165 J @ 0 °C
140 J @ -30 °C
110 J @ -40 °C
60 J @ -62 °C
OK Autrod 12.33L As Welded DC+ 660 MPa 740 MPa 25 %
45 J @ -29 °C
30 J @ -40 °C
OK Autrod 12.33L PWHT DC+ ( 1 hour(s)) 620 MPa 690 MPa 26 %
50 J @ -29 °C
30 J @ -40 °C
OK Autrod 12.34 Stress Relieved AWS DC+ ( 1.0 hour(s)) 540 MPa 620 MPa 29 %
165 J @ 20 °C
150 J @ 0 °C
120 J @ -20 °C
70 J @ -40 °C
40 J @ -51 °C
OK Autrod 12.34 As Welded EN AC 560 MPa 630 MPa 25 %
160 J @ 20 °C
150 J @ 0 °C
130 J @ -20 °C
100 J @ -40 °C
55 J @ -51 °C
OK Autrod 12.34 As Welded AWS DC+ 540 MPa 620 MPa 24 %
170 J @ 20 °C
160 J @ 0 °C
140 J @ -20 °C
115 J @ -40 °C
45 J @ -51 °C
OK Autrod 12.40 As Welded AWS DC+ 530 MPa 620 MPa 26 %
140 J @ 20 °C
110 J @ 0 °C
80 J @ -20 °C
50 J @ -40 °C
40 J @ -51 °C
OK Autrod 12.40 As Welded EN AC 550 MPa 630 MPa 22 %
150 J @ 20 °C
105 J @ 0 °C
70 J @ -20 °C
55 J @ -40 °C
40 J @ -51 °C
OK Autrod 12.40 Stress Relieved AWS DC+ ( 1.0 hour(s)) 460 MPa 560 MPa 26 %
140 J @ 20 °C
110 J @ 0 °C
70 J @ -20 °C
45 J @ -40 °C
35 J @ -51 °C
OK Autrod 12.40L PWHT DC+ ( 1 hour(s)) 450 MPa 550 MPa 28 %
110 J @ -29 °C
90 J @ -40 °C
50 J @ -51 °C
OK Autrod 12.40L As Welded DC+ 520 MPa 610 MPa 26 %
100 J @ -29 °C
85 J @ -40 °C
40 J @ -51 °C
OK Autrod 13.10 SC Stress Relieved EN DC+ ( 15.0 hour(s)) 430 MPa 560 MPa 26 %
140 J @ 20 °C
OK Autrod 13.10 SC Stress Relieved EN DC+ ( 1.0 hour(s)) 510 MPa 605 MPa 25 %
200 J @ 20 °C
OK Autrod 13.10 SC Stress Relieved AWS DC+ ( 1.0 hour(s)) 500 MPa 610 MPa 26 %
110 J @ -18 °C
80 J @ -29 °C
OK Autrod 13.20 SC Stress Relieved AWS DC+ ( 1.0 hour(s)) 525 MPa 620 MPa 25 %
120 J @ -18 °C
80 J @ -29 °C
OK Autrod 13.20 SC Stress Relieved EN DC+ ( 0.5 hour(s)) 515 MPa 620 MPa 24 %
180 J @ 20 °C
150 J @ 0 °C
OK Autrod 13.20 SC Stress Relieved EN DC+ ( 1.0 hour(s)) 500 MPa 615 MPa 25 %
200 J @ 20 °C
130 J @ -20 °C
OK Autrod 13.21 As Welded AWS DC+ 470 MPa 560 MPa 28 %
195 J @ 20 °C
185 J @ 0 °C
160 J @ -20 °C
70 J @ -40 °C
60 J @ -51 °C
OK Autrod 13.21 As Welded EN AC 520 MPa 595 MPa 24 %
170 J @ 20 °C
165 J @ 0 °C
150 J @ -20 °C
70 J @ -40 °C
50 J @ -51 °C
OK Autrod 13.21 Stress Relieved AWS DC+ ( 1.0 hour(s)) 435 MPa 540 MPa 30 %
190 J @ 20 °C
180 J @ 0 °C
160 J @ -20 °C
110 J @ -40 °C
70 J @ -51 °C
60 J @ -62 °C
OK Autrod 13.24 As Welded AWS DC+ 530 MPa 620 MPa 25 %
120 J @ -40 °C
110 J @ -50 °C
70 J @ -60 °C
50 J @ -73 °C
OK Autrod 13.24 As Welded EN AC 560 MPa 640 MPa 23 %
130 J @ -40 °C
120 J @ -50 °C
80 J @ -60 °C
OK Autrod 13.24 Stress Relieved AWS DC+ ( 1.0 hour(s)) 500 MPa 590 MPa 27 %
120 J @ -40 °C
100 J @ -50 °C
65 J @ -62 °C
OK Autrod 13.27 Stress Relieved AWS DC+ ( 1.0 hour(s)) 460 MPa 570 MPa 28 %
150 J @ -20 °C
100 J @ -40 °C
90 J @ -60 °C
40 J @ -73 °C
OK Autrod 13.27 As Welded EN AC 520 MPa 605 MPa 27 %
150 J @ -20 °C
120 J @ -40 °C
80 J @ -60 °C
60 J @ -70 °C
OK Autrod 13.27 As Welded AWS DC+ 460 MPa 570 MPa 28 %
140 J @ -20 °C
110 J @ -40 °C
80 J @ -60 °C
50 J @ -73 °C
OK Autrod 13.36 As Welded EN AC 550 MPa 620 MPa 25 %
110 J @ -40 °C
90 J @ -50 °C
OK Autrod 13.36 As Welded AWS DC+ 500 MPa 590 MPa 27 %
70 J @ -40 °C
60 J @ -51 °C
OK Autrod 13.40 As Welded EN AC 660 MPa 730 MPa 24 %
110 J @ -40 °C
90 J @ -50 °C
70 J @ -60 °C
OK Autrod 13.40 As Welded AWS DC+ 610 MPa 690 MPa 24 %
90 J @ -40 °C
80 J @ -50 °C
50 J @ -62 °C
OK Autrod 13.40 Stress Relieved AWS DC+ ( 1 hour(s)) 600 MPa 680 MPa 26 %
60 J @ -40 °C
45 J @ -62 °C
OK Autrod 13.43 As Welded AWS DC+ 700 MPa 800 MPa 21 %
100 J @ -20 °C
75 J @ -40 °C
65 J @ -50 °C
50 J @ -62 °C
OK Autrod 13.43 Stress Relieved AWS DC+ ( 1.0 hour(s)) 695 MPa 790 MPa 21 %
80 J @ -20 °C
60 J @ -40 °C
50 J @ -50 °C
40 J @ -62 °C
OK Autrod 13.43 As Welded EN ISO-A AC 720 MPa 845 MPa 19 %
110 J @ -20 °C
90 J @ -40 °C
70 J @ -50 °C
60 J @ -60 °C
OK Autrod 13.49 As Welded EN AC 560 MPa 640 MPa 22 %
95 J @ -70 °C
75 J @ -80 °C
55 J @ -90 °C
OK Autrod 13.49 Stress Relieved AWS DC+ ( 1.0 hour(s)) 510 MPa 570 MPa 29 %
95 J @ -70 °C
50 J @ -101 °C
OK Autrod 13.49 As Welded AWS DC+ 500 MPa 600 MPa 27 %
95 J @ -70 °C
40 J @ -101 °C
Spoolarc 120 As Welded 758 MPa 827 MPa 21 %
90 J @ -51 °C
Spoolarc 44 As Welded 630 MPa 689 MPa 26 %
136 J @ -51 °C
Spoolarc 44 Stress Relieved 626 MPa 676 MPa 29 %
148 J @ -40 °C
Spoolarc 53 Stress Relieved 466 MPa 573 MPa 31 %
114 J @ -62 °C
Spoolarc 53 As Welded 465 MPa 553 MPa 32 %
178 J @ -62 °C
Spoolarc 71 Stress Relieved 460 MPa 573 MPa 31 %
121 J @ -51 °C
Spoolarc 71 As Welded 511 MPa 590 MPa 28 %
126 J @ -51 °C
Spoolarc 75 As Welded - - - 246 J @ -29 °C
203 J @ -40 °C
163 J @ -46 °C
142 J @ -51 °C
Spoolarc 81 As Welded 442 MPa 527 MPa 31 %
80 J @ -62 °C
Spoolarc 83 As Welded 692 MPa 746 MPa 24 %
62 J @ -51 °C
Spoolarc 83 Stress Relieved 645 MPa 719 MPa 27 %
82 J @ -51 °C
Spoolarc 86 Stress Relieved 429 MPa 556 MPa 35 %
212 J @ -51 °C
Spoolarc 95 As Welded 686 MPa 758 MPa 25 %
101 J @ -51 °C
Spoolarc ENi4 As Welded 532 MPa 618 MPa 27 %
145 J @ -62 °C
109 J @ -73 °C
Spoolarc ENi4 Stress Relieved 482 MPa 580 MPa 28 %
166 J @ -62 °C
124 J @ -73 °C

Fact Sheets

factsheet_icon

OK Flux 10.62


Consistently High-Quality SAW Wires

ESAB submerged arc welding wires have a well-defined chemistry with intentionally lower tolerances vs. applicable welding standards. Expect high-quality and consistency and be assured that mechanical values, such as strength and toughness, are guaranteed in combination with the chosen flux.

Spools with Less Friction & Easy Decoiling

Our spool types make life easier for our customers. Wire cast is optimized for each individual spool type, so that friction in liners are minimized, decoiling at customers will be defect-free, and self-releasing of end of wire is reliably prevented to avoid interruptions in the operation

SAW Wires for Your Best Welding Performance

Coppering and helix (axial movement of individual wire loops) are best-suited for customer usage. Coppering with a strong adherence to the wires ensure that no Cu particles separate from the wire during consumption. Thin coppering also means that a minimal amount is brought into the weld metal, but thick enough to provide good electrical conductivity so that the welding current can be transferred properly from the welding nozzle to the welding wire electrode. Helix is well-controlled and limited to eliminate decoiling issues and to ensure the wire goes into the welding equipment without any sideway twist, which could result in lack of fusion in the welding joint. All of these features are deliberately thought-out and implemented for your best welding performance.

EcoCoil for High Productivity Welding

ESAB's EcoCoil is our 1000 kg (2205 lbs), large-volume package, ideal for long-time, uninterrupted welding contributing to high productive welding operations. The end of the wire is inside the coil for material inspection and quality assurance without destroying the wire packaging. EcoCoil can be partly uwrapped – we only wrap from bottom to top and not back to the bottom – so you can unwrap the upper part for use, while the bottom is protected from rust and dirt. It is prepared for crane handling. EcoCoil also has the "Easy Start" feature, which means when welding is started, no weight needs to be accelerated. This is a big advantage over bulk spools on which the wire loops are tightly wound around the inner core.

Meticulously Manufactured SAW Fluxes

SAW submerged arc fluxes are composed of various minerals obtained from global natural resources. All raw materials are precisely defined with attributes beyond the chemical compositions. Each lot of incoming raw material is individually checked, evaluated and controlled before used in production of our SAW fluxes. Fluxes are then manufactured according to strict formulations and manufacturing processes. As a result, we ensure the highest quality, as well as the highest consistency of our submerged arc flux products. Mechanical values of our fluxes, such as strength and toughness, are guaranteed when used in combination with the correct submerged arc wires.

Ready to Use Submerged Arc Fluxes

ESAB BlockPac (25 kg), buckets (25 kg) and BigBag (1000 kg) deliver fluxes "ready for use" at your site. The packaging material reliably prevents any moisture pick up during storage and transport. BlockPac, buckets and BigBag (which has a multi-layer aluminum liner) can also be stored under severe climatic conditions. As long as the package is unopened and undamaged, it protects the SAW flux from any moisture pick-up.

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