Esab (24)

Victor Short Barrel MT-204A 2 Hose Machine Torch Description MT 200 Series Two hose Machine Cutting Torch for use with acetylene and other pressurized gases. 7" cutting capacity. Use series 1-101 cutting tips. Supplied with Accessory Reverse Flow Check Valves, to be used on the torch inlet connections. Victor Short Barrel Cutting Torch For use with track torches, Band beveling machines, Manual beveling machines by Mathey Dearman or H&M, Pipeliners and rig welders know and trust Victor Short Barrel Machine Torches the world over. Personally i prefer this to any other manufactured machine torch on the market. Pair the Short Barrel torch to our wide selection of 1-101 series cutting tips today at Weld Shop Supply, Free Shipping is included with the Victor Short Barrel Machine Torch. Two hose connection for use with manual beveling machines makes easy work of beveling pipe or use with a track torch cutting plate, Not for use on Plasma Tables or Burn tables, Please see our selection of 3 hose Machine Torches instead. Specifications Cut Capacity: 7" Total Length: 8-1/2" Barrel Length: 4-1/2" Diameter: 1-3/8" Pre-Drilled Barrel Lever Activated Oxygen Cutting Stream Whenever using the Victor Short Barrel Torch pair it with the BHA-2 Adjustable Beveling Head for more clearance and easily adjustable angles when beveling pipe. Pair both with Victor Style 1-118 Cutting Tips for the best clearance when beveling pipe using band type beveling machines.  

Atom Arc 7018-M is a low hydrogen, iron powder all-position electrode specially formulated to meet the more stringent requirements of Military Specification MIL-E-0022200/10 for mechanical properties, low coating moisture, and diffusible hydrogen content.Atom Arc 7018-M is intended for welding carbon steels, as well as high tensile steels, such as Grade HT of MIL-S-16113 and MIL-S-22698. It is also used for attachment welds to HY-80 and HY-100. Typical Charpy V-Notch Properties Stress Relieved Impact Value 166 ft-lb Impact Value 225 J 1150 °F 621 °C 1 hr Testing Temperature -20 °F Testing Temperature -29 °C Typical Tensile Properties Condition Stress Relieved As Welded

Flux Core - DS 7100 ULT Welding Wires, .045 in Dia., 33 lb Spool Like many other Dual Shield products, Dual Shield 7100 Ultra operates in a wider parameter range and generates less welding fumes than many similar welding wires. The low spatter levels and easy slag removal minimizes post weld cleanup. Dual Shield 7100 Ultra can be used with either 100% CO2 or 75% Ar/25% CO2. This versatility in gas selection provides the fabricator greater flexibility in choosing both wire and gas. Typical Weld Metal Analysis % Typical Weld Metal Analysis % C Mn P S Si 100% CO2 0.02 % 1.3 % 0.010 % 0.013 % 0.5 % 75% Ar - 25% CO2 0.03 % 1.6 % 0.010 % 0.012 % 0.6 % Approvals Approvals ABSBVCWB CSA W48; E491T-9-H8, E491T-9M-H8DNV-GLLR Approvals are based on factory location. Please contact ESAB for more information. Typical Charpy V-Notch Properties Impact Value Testing Temperature 34 J(25 ft-lb) -29 degC(-20 degF) 58 J(43 ft-lb) -18 degC(0 degF) 57 J(42 ft-lb) -18 degC(0 degF) 47 J(35 ft-lb) -29 degC(-20 degF) Classifications AWS A5.36 : E71T1-C1A2-CS1-DH8AWS A5.20 : E71T-9C-DH8AWS A5.36 : E71T1-M21-CS1-DH8AWS A5.20 : E71T-1C-DH8ASME SFA 5.36 :ASME SFA 5.20 :AWS A5.20 : E71T-1M-DH8AWS A5.20 : E71T-9M-DH8 Consumable Characteristics Welding Current DC+ Alloy Type C Mn Typical Tensile Properties Condition As Welded As Welded Shielding Gas 100% CO2 75% Ar - 25% CO2 Tensile Strength 585 MPa(85 ksi) 605 MPa(88 ksi) Yield Strength 515 MPa(75 ksi) 540 MPa(78 ksi) Elongation 26 % 26 % Recommended Welding Parameters Current TTW Dist. Voltage Wire Diameter Wire Feed Speed 100% CO2 135-205 A 9.5-12.7 mm(3/8-1/2 in.) 23-26 V 1.2 mm(.045 in.) 381-660 cm/min(150-260 in./min) 205-230 A 12.7-19 mm(1/2-3/4 in.) 25-27 V 1.2 mm(.045 in.) 660-965 cm/min(260-380 in./min) 230-265 A 19-25.4 mm(3/4-1 in.) 26-30 V 1.2 mm(.045 in.) 965-1321 cm/min(380-520 in./min) 125-235 A 12.7-16 mm(1/2-5/8 in.) 23-26 V 1.4 mm(.052 in.) 279-584 cm/min(110-230 in./min) 235-290 A 16-19 mm(5/8-3/4 in.) 25-29 V 1.4 mm(.052 in.) 584-864 cm/min(230-340 in./min) 290-350 A 19-25.4 mm(3/4-1 in.) 29-31 V 1.4 mm(.052 in.) 864-1194 cm/min(340-470 in./min) 165-270 A 16-19 mm(5/8-3/4 in.) 25-28 V 1.6 mm(1/16 in.) 279-508 cm/min(110-200 in./min) 270-345 A 19-25.4 mm(3/4-1 in.) 27-30 V 1.6 mm(1/16 in.) 508-762 cm/min(200-300 in./min) 345-415 A 25.4-31.75 mm(1-1.25 in.) 28-32 V 1.6 mm(1/16 in.) 762-1067 cm/min(300-420 in./min) 110-135 A 9.5-12.7 mm(3/8-1/2 in.) 23-25 V 0.9 mm(.035 in.) 559-838 cm/min(220-330 in./min) 135-160 A 12.7-16 mm(1/2-5/8 in.) 24-28 V 0.9 mm(.035 in.) 838-1118 cm/min(330-440 in./min) 160-185 A 16-19 mm(5/8-3/4 in.) 26-30 V 0.9 mm(.035 in.) 1118-1397 cm/min(440-550 in./min) 75% Ar - 25% CO2 115-145 A 9.5-12.7 mm(3/8-1/2 in.) 23-25 V 0.9 mm(.035 in.) 1118-1397 cm/min(440-550 in./min) 145-165 A 12.7-16 mm(1/2-5/8 in.) 24-27 V 0.9 mm(.035 in.) 1118-1397 cm/min(440-550 in./min) 165-190 A 16-19 mm(5/8-3/4 in.) 25-30 V 0.9 mm(.035 in.) 1118-1397 cm/min(440-550 in./min) 130-200 A 9.5-12.7 mm(3/8-1/2 in.) 22-26 V 1.2 mm(.045 in.) 381-660 cm/min(150-260 in./min) 200-225 A 12.7-19 mm(1/2-3/4 in.) 24-27 V 1.2 mm(.045 in.) 660-965 cm/min(260-380 in./min) 225-265 A 19-25.4 mm(3/4-1 in.) 27-29 V 1.2 mm(.045 in.) 965-1321 cm/min(380-520 in./min) 135-250 A 12.7-16 mm(1/2-5/8 in.) 22-26 V 1.4 mm(.052 in.) 279-584 cm/min(110-230 in./min) 250-295 A 16-19 mm(5/8-3/4 in.) 25-29 V 1.4 mm(.052 in.) 584-864 cm/min(230-340 in./min) 295-355 A 19-25.4 mm(3/4-1 in.) 27-31 V 1.4 mm(.052 in.) 864-1194 cm/min(340-470 in./min) 185-285 A 16-19 mm(5/8-3/4 in.) 24-28 V 1.6 mm(1/16 in.) 279-508 cm/min(110-200 in./min) 285-340 A 19-25.4 mm(3/4-1 in.) 27-30 V 1.6 mm(1/16 in.) 508-762 cm/min(200-300 in./min) 340-400 A 25.4-31.75 mm(1-1.25 in.) 28-32 V 1.6 mm(1/16 in.) 762-1067 cm/min(300-420 in./min) Deposition Data Current Deposition Rate Diameter Efficiency (%) Voltage Wire Feed Speed 100% CO2 192 A 2.5 kg/h(5.5 lb/h) 1.2 mm(.045 in.) 79 % 25.5 V 762 cm/min(300 in./min) 230 A 3.3 kg/h(7.4 lb/h) 1.2 mm(.045 in.) 82 % 27 V 1016 cm/min(400 in./min) 275 A 4.4 kg/h(9.6 lb/h) 1.2 mm(.045 in.) 83 % 28.5 V 1270 cm/min(500 in./min) 150 A 1.6 kg/h(3.6 lb/h) 1.4 mm(.052 in.) 76 % 23.5 V 381 cm/min(150 in./min) 190 A 2.2 kg/h(4.9 lb/h) 1.4 mm(.052 in.) 78 % 24 V 508 cm/min(200 in./min) 250 A 3.5 kg/h(7.7 lb/h) 1.4 mm(.052 in.) 82 % 25.5 V 762 cm/min(300 in./min) 300 A 4.7 kg/h(10.3 lb/h) 1.4 mm(.052 in.) 83 % 27 V 1016 cm/min(400 in./min) 105 A 1.3 kg/h(2.8 lb/h) 0.9 mm(.035 in.) 86 % 24 V 635 cm/min(250 in./min) 140 A 2.1 kg/h(4.6 lb/h) 0.9 mm(.035 in.)

ESAB® Sentinel™ A50 Front Cover Lens; Color: Clear, Pkg Qty: 5/Pack,  Designed to fit the ESAB® Sentinel™ A50 Welding Helmet.  Description Clear 5 pack of front cover lens for ESAB Sentinel A50 Welding Helmet

Esab Vac Pac 7018 4 Pound Package ESAB 7018-1 Prime is a reliable, high-quality electrode, providing high deposition rate and extra low moisture absorption. It provides excellent welding pool control, minimal spatter level, good arc strike and easy slag removal making it easy to weld with, including in out-of-position welding. Particularly suitable for welding high strength low-alloy steels. The low-temperature impact strength of the weld metal should be noted. The prevention of hydrogen induced cracking in thick structural steels or porosity in stainless or nickel-base weld metal, by controlling the moisture re-absorption in the coating of low hydrogen electrodes, can be very costly. In demanding applications, such as offshore fabrication, the cost of climate controlled storage and handling and the associated administrations are often calculated to exceed the cost of the consumables itself. With ESAB 7018-1 Prime VacPac vacuum packaging, these costs are completely avoided. The prevention of hydrogen induced cracking in thick structural steels by controlling the moisture re-absorption in the coating of low hydrogen electrodes, can be very costly. In demanding applications, such as offshore fabrication, the cost of climate controlled storage and handling and the associated administrations are often calculated to exceed the cost of the consumables itself. With ESAB 7018-1 Prime electrodes in unique VacPac™ vacuum sealed packaging, these costs are completely avoided. No Re-Baking, No Holding Ovens, No Quivers ESAB 7018-1 Prime electrodes can be used straight from the package without the need to re-bake them and store them temporarily in holding ovens and quivers. The laminated, multi-layer aluminum foil is vacuum-sealed around a strong plastic inner box and effectively protects the electrodes against moisture re-absorbtion from the air. Protected by a cardboard outer box, they have unlimited shelf life and do not require special warehouse conditions, provided they are handled with care and the foil is not damaged. VacPac also helps eliminate damage during shipping compared to metal cans, which can get dented in transit, compromising the quality of the electrodes. Upon opening, fresh and dry electrodes are guaranteed when the vacuum is confirmed. Safe Welding After Opening ESAB 7018-1 Prime welding electrodes are low moisture absorption (LMA) with a coating that only slowly re-absorbs moisture from the air**. The safe exposure time is 12 hours* after opening the VacPac with the foil left in place. For optimal security, it is recommended to take out only one electrode at a time. ESAB’s VacPac packaging provides security and makes the welder’s life easier; in offshore and pressure vessel fabrication, the petrochemical industry, the food processing industry and other applications where the prevention of cold cracking or porosity is crucial. True 100% hermetically-sealed package No re-baking, no holding ovens, no quivers Safe welding after opening Cost savings through simplified storage and handling Reduced risk of hydrogen cracking or porosity Easier for welders to carry Shift-based pack sizes available Protects integrity of the electrodes with less shipping damage compared to metal cans Classifications SFA/AWS A5.1 : E7018-1H4 RSFA/AWS A5.1 : E7018H4 RCSA W48 : E4918-1-H4EN ISO 2560-A : E 46 5 B 32 H5 Approvals ABS : 3Y H5BV : 3Y H5CWB : E4918-1-H4DNV-GL : 3Y H5 Approvals are based on factory location. Please contact ESAB for more information. Welding Current AC, DC+ Diffusible Hydrogen < 4.0 ml/100g Alloy Type Carbon Manganese Coating Type Basic covering Typical Tensile Properties Condition Yield Strength Tensile Strength Elongation AWS As Welded 500 MPa ( 73 ksi ) 590 MPa ( 86 ksi ) 28 % Typical Charpy V-Notch Properties Condition Testing Temperature Impact Value AWS As Welded -45 °C ( -49 °F ) 105 J ( 78 ft-lb ) As Welded -50 °C ( -58 °F ) 100 J ( 74 ft-lb ) Deposition Data Diameter Current Voltage Efficiency (%) Number of electrodes/kg weld metal Fusion time per electrode at 90% I max Deposition Rate 2.4 x 350.0 mm( 3/32 x 13.8 in. ) 80-110 A 22.6 V 64 % 65.8 63.5 sec 0.86 kg/h( 1.9 lbs/h ) 3.2 x 350.0 mm( 1/8 x 13.8 in. ) 110-140 A 22.6 V 62 % 41.1 72 sec 1.22 kg/h( 2.7 lbs/h ) 4.0 x 350.0 mm( 5/32 x 13.8 in. ) 140-200 A 23.2 V 62 % 28 72.5 sec 1.77 kg/h( 3.9 lbs/h )     Accessories

ESAB Weld 70S-6 is a copper-coated AWS ER70S-6 solid wire, suited for general purpose, manual and semiautomatic applications in most industries. It is manufactured under ESAB’s Quality Control programs and meets AWS standards. Deposition Data Current Deposition Type Diameter Electrode Unit Optimal Amps Voltage Wire Feed Speed 180-230 A - Spray Transfer 0.9 mm (.035 in.) 206 m/kg (3670 in./lb) 200 A 25-27 V 1016-1397 cm/min (400-550 in./min) 90-160 A - Short Arc Transfer 0.9 mm (.035 in.) 206 m/kg (3670 in./lb) 130 A 15-19 V 457-762 cm/min (180-300 in./min) 130-200 A - Short Arc Transfer 1.2 mm (.045 in.) 124 m/kg (2220 in./lb) 160 A 17-19 V 318-508 cm/min (125-200 in./min) 260-340 A - Spray Transfer 1.2 mm (.045 in.) 124 m/kg (2220 in./lb) 300 A 25-30 V 762-1270 cm/min (300-500 in./min) Classifications Wire Electrode SFA/AWS A5.18 : ER70S-6 Weld Metal EN ISO 14341-A : G 38 2 C1 Z 3Si1 Wire Electrode JIS : YGW 12 Approvals Approvals ABS 3YSA (M21 & C1) CWB CSA W48-18 JIS YGW12 LR 3Y H15 (M21 & C1) Approvals are based on factory location. Please contact ESAB for more information. Typical Weld Metal Analysis % Typical Weld Metal Analysis % C Mn P S Si CO2(C1) 0.07 % 1.5 % 0.013 % 0.010 % 0.9 %

Tweco Velocity DIffuser 1340-1132 Tweco velocity light duty tip adapter VNSSINS is designed to be used with velocity contact tips.  Package of 2 No tools required to change consumables Specifications  

0700503200 ESAB® EMP 210 Multi-Process Welding Machine The ESAB EMP 210 is a powerful and versatile welding machine that offers professional-grade performance for a wide range of welding applications. With its advanced inverter technology and digital controls, this welder delivers smooth, stable arc performance and precise adjustments for optimal results. It also features a lightweight and portable design, making it easy to transport and set up on the job site. With its high-quality construction and durable components, the ESAB EMP 210 is a reliable choice for welders of all skill levels. ESAB EM 210 and EMP 210 inverter-based welding systems are ready to tackle steel, stainless and aluminum projects. Featuring professional-grade arc characteristics and full-featured digital controls which enable fine-tuning of the arc performance to deliver superior welds. Both systems weigh just under 29 Ibs each and offer dual-voltage 120/230V flexibility. Take these welders wherever work takes you –around the shop, in the field or at home in your garage.Featuring ESAB Genuine Tweco & Victor Accessories:ESAB EM 210 welding packaging includes a Tweco® Fusion® 180 MIG gun with Velocity® consumables, Victor® Argon/CO2 regulator, Tweco ground clamp with heavy duty 50 mm Dinse connection, 50A-15A (120/230V) power adapter, sample wire spool of ESAB OK AristoRod 12.50 mild steel wire (2#) and 0.024/0.030 and 0.030/0.035 drive rolls.ESAB EMP 210 welding packaging offers all of the above, plus a Tweco 17V TIG torch and Tweco electrode holder.Both systems are spool gun-ready for MIG aluminum with optional spool gun and optional remote foot control for Lift TIG welding. (Spool gun and remote foot control sold separately.) Key Features ESAB EM 210 is a MIG/Flux Cored welding system with a 30-200A output; welds material from 22 gauge up to 3/8 in. in a single pass; accepts 4 and 8 in. diameter wire spools ESAB EMP 210 is a Multi-Process MIG/Flux Cored/Stick/Lift TIG welding system with a 10-200A output. Stable Lift TIG arc at low amperage for total control; power to run stick electrodes up to 5/32 in.  Digital controls with large easy-to-read LED display enable fast, easy and more accurate operation Improve welding results with advanced functions typically found on industrial machines: MIG wire run-in, burn-back, variable inductance, 2T/4T trigger control, Lift TIG arc starts, gas pre and post-flow, Stick hot start and arc force control Portability and flexibility to weld in a variety of locations. Both units weigh just under 29 Ibs each, connect to 120/230V primary power, and are compatible with 10 kVa generators Industries Automotive Agricultural Equipment Civil Construction Repair and Maintenance  Light Fabrication Automotive Bodies HVAC Included with Product ESAB EM 210 Welder Power Source Tweco Fusion 180 MIG gun w/ velocity consumables Victor Argon/CO2 Regulator Tweco ground clamp w/ heavy duty 50mm dinse connection Power cord adapter (120/230V) 2# spool of ESAB ESAB OK AristoRod mild steel wire .024/.030 drive roll & .030/.035 drive roll Tweco 17V TIG torch and Tweco electrode holder   Specifications Model EM 210 EMP 210 Voltage 115/230 ±15% V , 50/60 Hz 115/230 ±15% V , 50/60 Hz Lift TIG (GTAW) Welding Output 90 A / 13.6 V (115V) @ 40 % Duty Cycle57 A / 12.3 V (115V) @ 100 % Duty Cycle200 A / 18 V (230V) @ 15 % Duty Cycle77 A / 13.1 V (230V) @ 100 % Duty Cycle MIG (GMAW) Welding Output 90 A / 18.5 V (115V) @ 40 % Duty Cycle57 A / 16.9 V (115V) @ 100 % Duty Cycle200 A / 24 V (230V) @ 15 % Duty Cycle77 A / 17.9 V (230V) @ 100 % Duty Cycle 90 A / 18.5 V (115V) @ 40 % Duty Cycle57 A / 16.9 V (115V) @ 100 % Duty Cycle200 A / 24 V (230V) @ 15 % Duty Cycle77 A / 17.9 V (230V) @ 100 % Duty Cycle STICK (SMAW) Welding Output 70 A / 22.8 V (115V) @ 40 % Duty Cycle44 A / 21.8 V (115V) @ 100 % Duty Cycle170 A / 26.8 V (230V) @ 20 % Duty Cycle66 A / 22.6 V (230V) @ 100 % Duty Cycle Current Range 30-200 A 10-200 A Voltage Range 12-20 V12-24 V 12-24 V12-20 V Wire Feeder Specifications 2-11 m/min ( 80-450 in./min ) 2-11 m/min ( 80-450 in./min ) Open Circuit Voltage 68 VDC 68 VDC MetalAluminumCored WireStainless SteelMild Steel 0.8-0.9 mm ( .030-.035 in. )0.8-0.9 mm ( .030-.035 in. )0.6-0.8 mm ( .024-.030 in. )0.6-0.8 mm ( .024-.030 in. ) 0.8-0.9 mm ( .030-.035 in. )0.8-0.9 mm ( .030-.035 in. )0.6-0.8 mm ( .024-.030 in. )0.6-0.8 mm ( .024-.030 in. ) Max Spool Diameter 100 & 200 mm ( 4 & 8 in. ) 100 & 200 mm ( 4 & 8 in. ) Standards CSA CSA Protection Class IP21S IP21S Supply Plug 14 A WG NEMA 5-20P, 3 m (10 ft) rubber 14 A WG NEMA 5-20P, 3 m (10 ft) rubber Dimensions, L x W x H 487 x 221 x 381 mm ( 19.2 x 8.7 x 15 in. ) 487 x 221 x 381 mm ( 19.2 x 8.7 x 15 in. ) Weight 13 kg ( 28.7 lbs ) 13 kg ( 28.7 lbs )

Esab OK Autorod 308LSI Stainless Steel Mig Welding Wire Spools A continuous solid corrosion resisting chromium-nickel wire for welding of austenitic chromium nickel alloys of 18% Cr - 8% Ni-type. OK Autrod 308LSi has a good general corrosion resistance. The alloy has a low carbon content making it particularly recommended where there is a risk of intergranular corrosion. The higher silicon content improves the welding properties, such as wetting. The alloy is widely used in the chemical and food processing industries as well as for pipes, tubes and boilers. Specifications

Atom Arc 7018 Acclaim offers softer arc and excellent mechanical properties compared to the original Atom Arc 7018. Results include greater puddle control for ease of use in out-of-position welding applications and superior arc initiation desired by many newer welders. Both novice and seasoned welders can appreciate its excellent weld performance, wide operating range and easy clean up. Greater puddle control resulting in easier out-of-position welds, superior arc initiation and ease of use with wider operating range and minimal clean-up Where To Buy Industries Civil Construction Mobile Equipment Ship/Barge Building Bridge Construction Railcars Automotive Industrial and General Fabrication Welding Process SMAW/MMA (Stick) Typical Tensile Properties Condition Elongation Tensile Strength Yield Strength As Welded 32 % 87 ksi 72 ksi As Welded 36 % 79 ksi 65 ksi Typical Charpy V-Notch Properties Condition Impact Value Testing Temperature As Welded 85 ft-lb -50 °F As Welded 170 ft-lb -20 °F Typical Weld Metal Analysis % weld metal analysis P Mn C S Si 0.01 % 1.20 % 0.05 % 0.008 % 0.45 % Approvals: LR; 4Ym (H5); ABS; 4Y (H5)/AWS A5.1: E7018-1 H4R; DNV/GL; 4Y (H5); CWB CSA W48; E4918-1-H4 Classifications: AWS A5.1; E7018 H4R; ASME SFA 5.1; AWS A5.1; E7018-1 H4R Approvals are based on factory location. Please contact ESAB for more information. Coating Type: Low-hydrogen iron powder CTOD-Tested: False Welding Current: AC or DC+

Atom Arc 7018 Acclaim offers softer arc and excellent mechanical properties compared to the original Atom Arc 7018. Results include greater puddle control for ease of use in out-of-position welding applications and superior arc initiation desired by many newer welders. Both novice and seasoned welders can appreciate its excellent weld performance, wide operating range and easy clean up. Greater puddle control resulting in easier out-of-position welds, superior arc initiation and ease of use with wider operating range and minimal clean-up Where To Buy Industries Civil Construction Mobile Equipment Ship/Barge Building Bridge Construction Railcars Automotive Industrial and General Fabrication Welding Process SMAW/MMA (Stick) Typical Tensile Properties Condition Elongation Tensile Strength Yield Strength As Welded 32 % 87 ksi 72 ksi As Welded 36 % 79 ksi 65 ksi Typical Charpy V-Notch Properties Condition Impact Value Testing Temperature As Welded 85 ft-lb -50 °F As Welded 170 ft-lb -20 °F Typical Weld Metal Analysis % weld metal analysis P Mn C S Si 0.01 % 1.20 % 0.05 % 0.008 % 0.45 % Approvals: LR; 4Ym (H5); ABS; 4Y (H5)/AWS A5.1: E7018-1 H4R; DNV/GL; 4Y (H5); CWB CSA W48; E4918-1-H4 Classifications: AWS A5.1; E7018 H4R; ASME SFA 5.1; AWS A5.1; E7018-1 H4R Approvals are based on factory location. Please contact ESAB for more information. Coating Type: Low-hydrogen iron powder CTOD-Tested: False Welding Current: AC or DC+

Atom Arc 7018 Acclaim offers softer arc and excellent mechanical properties compared to the original Atom Arc 7018. Results include greater puddle control for ease of use in out-of-position welding applications and superior arc initiation desired by many newer welders. Both novice and seasoned welders can appreciate its excellent weld performance, wide operating range and easy clean up. Greater puddle control resulting in easier out-of-position welds, superior arc initiation and ease of use with wider operating range and minimal clean-up Where To Buy Industries Civil Construction Mobile Equipment Ship/Barge Building Bridge Construction Railcars Automotive Industrial and General Fabrication Welding Process SMAW/MMA (Stick) Typical Tensile Properties Condition Elongation Tensile Strength Yield Strength As Welded 32 % 87 ksi 72 ksi As Welded 36 % 79 ksi 65 ksi Typical Charpy V-Notch Properties Condition Impact Value Testing Temperature As Welded 85 ft-lb -50 °F As Welded 170 ft-lb -20 °F Typical Weld Metal Analysis % weld metal analysis P Mn C S Si 0.01 % 1.20 % 0.05 % 0.008 % 0.45 % Approvals: LR; 4Ym (H5); ABS; 4Y (H5)/AWS A5.1: E7018-1 H4R; DNV/GL; 4Y (H5); CWB CSA W48; E4918-1-H4 Classifications: AWS A5.1; E7018 H4R; ASME SFA 5.1; AWS A5.1; E7018-1 H4R Approvals are based on factory location. Please contact ESAB for more information. Coating Type: Low-hydrogen iron powder CTOD-Tested: False Welding Current: AC or DC+

Arcaloy 316LF-15 is a 316L electrode designed to give a weld deposit with a minimum ferrite number of 5 FN. Carbon content is 0.04% maximum and can be used to weld Type 304L stainless steel where the presence of molybdenum is not detrimental. Industries Petrochemical Industrial and General Fabrication Food and Beverage Chemical Industry Welding Process SMAW/MMA (Stick) Typical Tensile Properties Condition Elongation Tensile Strength Yield Strength As Welded 40 % 81 ksi 62 ksi Typical Weld Metal Analysis % weld metal analysis Mn Mo Cu C Si Ferrite Ni Cr 1.50 % 2.40 % 0.20 % 0.03 % 0.50 % 6 FN % 12 % 19 % Approvals: QPL-22200/2; MIL-316L-15 Classifications: AWS A5.4; E316-15/E316L-15 Approvals are based on factory location. Please contact ESAB for more information.

Arcaloy 316LF-15 is a 316L electrode designed to give a weld deposit with a minimum ferrite number of 5 FN. Carbon content is 0.04% maximum and can be used to weld Type 304L stainless steel where the presence of molybdenum is not detrimental. Industries Petrochemical Industrial and General Fabrication Food and Beverage Chemical Industry Welding Process SMAW/MMA (Stick) Typical Tensile Properties Condition Elongation Tensile Strength Yield Strength As Welded 40 % 81 ksi 62 ksi Typical Weld Metal Analysis % weld metal analysis Mn Mo Cu C Si Ferrite Ni Cr 1.50 % 2.40 % 0.20 % 0.03 % 0.50 % 6 FN % 12 % 19 % Approvals: QPL-22200/2; MIL-316L-15 Classifications: AWS A5.4; E316-15/E316L-15 Approvals are based on factory location. Please contact ESAB for more information.

Arcaloy 316LF-15 is a 316L electrode designed to give a weld deposit with a minimum ferrite number of 5 FN. Carbon content is 0.04% maximum and can be used to weld Type 304L stainless steel where the presence of molybdenum is not detrimental. Industries Petrochemical Industrial and General Fabrication Food and Beverage Chemical Industry Welding Process SMAW/MMA (Stick) Typical Tensile Properties Condition Elongation Tensile Strength Yield Strength As Welded 40 % 81 ksi 62 ksi Typical Weld Metal Analysis % weld metal analysis Mn Mo Cu C Si Ferrite Ni Cr 1.50 % 2.40 % 0.20 % 0.03 % 0.50 % 6 FN % 12 % 19 % Approvals: QPL-22200/2; MIL-316L-15 Classifications: AWS A5.4; E316-15/E316L-15 Approvals are based on factory location. Please contact ESAB for more information.