ESAB OK Sub Arc Flux 10.74 – 10,000kg
- Increased productivity and efficiency
- Enhanced weld quality and aesthetics
- Versatility in welding applications
- Reliable and consistent weld performance
- Suitable for demanding projects
£54,999.99 ex VAT
Buy Now, Pay Later In 3 Interest-Free Payments
Experience unparalleled efficiency and weld quality with ESAB OK Flux 10.74, the premium choice for submerged arc welding (SAW) in high-production line pipe applications. This innovative agglomerated aluminate-basic flux-wire combination is specifically designed to excel in multi-wire procedures, delivering exceptional weld performance at impressive welding speeds.
Features
- Agglomerated aluminate-basic flux-wire combination
- Specifically designed for multi-wire SAW procedures
- Low weld bead profile for superior aesthetics
- Suitable for line pipe steels up to X70
- Hard-spot-free weld metal for consistent integrity
- DC and AC welding capability
- Suitable for unlimited plate thickness
Resources
| Free Delivery |
Free Delivery |
|---|---|
| Brand |
Esab |
| Size |
10,000kg |
Nationwide Delivery (all items excluding gas cylinders):
- Free UK mainland (England, Scotland and Wales) delivery on orders over £85 inc. VAT
- UK mainland delivery is £7.50 inc. VAT on orders under £85 inc. VAT
- UK islands and Northern Ireland shipping costs may vary
Click and Collect:
Free click and collect with no minimum spend from our warehouse on the Empress Park, Southampton with on-site parking. Once your order has been processed, we will advise you when it is ready for pickup.
Just want advice? No problem. Feel free to call in to speak to one of our friendly experts.
EWS Fleet Coverage Areas:
Southampton | Eastleigh | Winchester | Alton | Farnham | Petersfield | Havant | Hayling Island | Waterlooville | Fareham | Portsmouth | Gosport | Chichester | Arun | Worthing | New Forest | Christchurch | Salisbury | Wiltshire | Test Valley | Basingstoke and Deane | West Berkshire | Reading | Hart | Waverley | East Hampshire | East Dorset | Hampshire | Bournemouth | Poole | Lymington | Ringwood | Verwood | East Preston | Goring-by-Sea | Lancing | Shoreham-by-Sea | Steyning | Bramber | Horsham | Adur
UK Delivery for Gas Cylinders:
Shipping costs for gas cylinders are calculated at checkout once the delivery postcode is entered.
International Delivery:
Please contact us for an accurate delivery quote.
| Specifications | |
|---|---|
| Classifications | EN ISO 14174 : S A AB 1 67 AC H5 |
| Approvals | NAKS/HAKC : RD 03-613-03 |
| Diffusible Hydrogen | max 5 ml H/100g weld metal (Redried flux) |
| Slag Type | Aluminate-basic |
| Alloy Transfer | Slightly Silicon and moderately Manganese alloying |
| Density | nom: 1.2 kg/dm3 |
| Basicity Index | nom: 1.4 |
| Flux Consumption | ||
|---|---|---|
| Volts | kg Flux / kg Wire DC+ | kg Flux / kg Wire AC |
| 34 V | 1.3 kg | 1.2 kg |
| 30 V | 1.0 kg | 0.9 kg |
| 26 V | 0.7 kg | 0.6 kg |
| 38 V | 1.6 kg | 1.4 kg |
| Classifications | ||||
|---|---|---|---|---|
| Wire | SFA/AWS - EN ISO | EN - As Welded | AWS - As Welded | AWS - PWHT |
| OK Autrod 12.20 | A5.17:EM12/ 14171-A:S2 | 14171-A: S 42 4 AB S2 | A5.17: F7A6-EM12 | A5.17: F6P6-EM12 |
| OK Autrod 12.22 | A5.17:EM12K/ 14171-A:S2Si | 14171-A: S 42 4 AB S2Si | A5.23: F8TA4G-EM12K | A5.17: F6P6-EM12K |
| OK Autrod 12.24 | A5.23:EA2/ 14171-A:S2Mo; 24598-A:S S Mo | 14171-A: S 46 2 AB S2Mo | A5.23: F8A2-EA2-A4 | A5.23: F7P0-EA2-A4 |
| OK Autrod 12.34 | A5.23:EA4/ 14171-A:S3Mo; 24598-A:S S MnMo | 14171-A: S 50 2 AB S3Mo | A5.23: F9A2-EA4-A3 | A5.23: F9P0-EA4-A3 |
| OK Autrod 13.62 | A5.23:EG/ 14171-A:SZ3TiB | - | A5.23: F8TA6-EG | - |
| OK Autrod 13.64 | A5.23:EA2TiB/ 14171-A:S2MoTiB | - | A5.23: F8TA6-EA2TiB | - |
| Approvals |
|---|
| Wire |
| *Selected production units only. Please contact ESAB for more information. Visit esab.com to download specific flux/wire combination fact sheets for more details. |
| Typical Weld Metal Analysis % |
|---|
| OK Autrod 12.20 AC, 580A, 29V |
| OK Autrod 12.20 DC+, 580A, 29V |
| OK Autrod 12.22 AC, 580A, 29V |
| OK Autrod 12.22 DC+, 580A, 29V |
| OK Autrod 12.24 AC, 580A, 29V |
| OK Autrod 12.24 DC+, 580A, 29V |
| OK Autrod 12.34 DC+, 580A, 29V |
| OK Autrod 12.34 AC, 580A, 29V |
| Typical Wire Composition % |
|---|
| OK Autrod 12.20 |
| OK Autrod 12.22 |
| OK Autrod 12.24 |
| OK Autrod 12.34 |
| OK Autrod 13.64 |
| Typical Mechanical Properties | |||||
|---|---|---|---|---|---|
| Wire | Condition | Yield Strength | Tensile Strength | Elongation | Charpy V-Notch |
| OK Autrod 12.20 | As Welded AWS DC+ | 440 MPa | 540 MPa | 30 % | 60 J @ -40 °C 40 J @ -51 °C |
| OK Autrod 12.20 | As Welded EN AC | 450 MPa | 540 MPa | 27 % | 110 J @ -20 °C 80 J @ -30 °C 60 J @ -40 °C |
| OK Autrod 12.22 | As Welded Two-run acc. to AWS; X70-plate, thickness 12mm; Heat input 2.2kJ/mm; 700A, 32V, 60cm/min DC+ | 530 MPa | 640 MPa | 27 % | 150 J @ 0 °C 110 J @ -30 °C 60 J @ -40 °C |
| OK Autrod 12.22 | As Welded EN AC | 460 MPa | 550 MPa | 26 % | 110 J @ -20 °C 80 J @ -30 °C 60 J @ -40 °C |
| OK Autrod 12.22 | As Welded AWS DC+ | 440 MPa | 540 MPa | 30 % | 55 J @ -40 °C 35 J @ -51 °C |
| OK Autrod 12.24 | As Welded EN AC | 550 MPa | 620 MPa | 23 % | 120 J @ 0 °C 80 J @ -20 °C 50 J @ -40 °C |
| OK Autrod 12.24 | As Welded AWS DC+ | 520 MPa | 590 MPa | 24 % | 100 J @ 0 °C 65 J @ -20 °C 50 J @ -29 °C 30 J @ -40 °C |
| OK Autrod 12.34 | As Welded AWS DC+ | 590 MPa | 670 MPa | 24 % | 90 J @ 0 °C 60 J @ -18 °C 55 J @ -20 °C 40 J @ -29 °C |
| OK Autrod 12.34 | As Welded EN AC | 620 MPa | 680 MPa | 23 % | 100 J @ 0 °C 80 J @ -20 °C 60 J @ -30 °C |
| OK Autrod 13.62 | As Welded (acc. AWS) Plate thickness 12mm; Heat input 2.2 kJ/mm; Side1: 600A/32V/53cm/min; Side2: 700A/32V/60cm/min.; DC+ | 520 MPa | 610 MPa | 26 % | 130 J @ 0 °C 70 J @ -51 °C |
| OK Autrod 13.64 | As Welded (acc. to AWS) Plate thickness 12mm Heat input 2.2kJ/mm 700A, 32V, 60cm/min DC+ | 550 MPa | 650 MPa | 26 % | 70 J @ -51 °C |
Automation Consultation
Automation is the smart choice for any modern business looking ahead. With the right tailored solution, it will boost efficiency and reduce your long-term costs. Here's how:
1. Overcome labour shortages: Stay ahead of the industry’s skilled welder shortage
2. Minimise waste/human error: automation reduces material waste and rework by up to 15%
3. Cut Energy Costs: Automated welding systems use up to 30% less energy than manual methods
4. Lower Emissions: Automated systems reduce spatter and fumes, cutting emissions by up to 20% and creating a cleaner, safer work environment.
