Electrode
C-Mn Steels
C-Mn steels offer excellent strength, weldability, durability, and cost efficiency, making them suitable for structural and industrial applications.
- Maxbond E6012
- Superbond E6013
- Superbond S E6013
- Superbond SS E6013
- Kingbond E6013
- Kingbond S E6013
- Metalbond E6013
- Supabase E7018
- Supabase X Plus E7018 H4R
- Tenalloy Z Plus E7018-1
- Tenalloy S Plus E7018-1
- Tenalloy R E7018-G
- Tenalloy-38R Spl E7018-G
- Tenalloy 16 Spl E7016-1
- Tenalloy 16 W E7016
- Tenalloy 16E Spl
- Topstar E6020
- Topstar 140 E7024
- Silox Fe
- Silox-Fe LH
Cellulosic
Cellulosic electrodes are designed for high-quality welding with deep penetration, fast-freezing weld pools, and a strong, stable arc. They provide excellent performance in challenging welding positions and outdoor conditions.
These electrodes are widely used for pipeline construction, structural fabrication, maintenance, repair, and field welding applications, delivering reliable weld strength, consistent results, and efficient operation across demanding industrial environments.
- Celwel 60 E6010
- Celwel 60S E6011
- Celwel 70G E7010-G
- Celwel 70P E7010-P1
- Celwel 80G E8010-G
- Celwel 80P E8010-P1
Welding
Low Alloy Steel
These low-alloy steel welding electrodes provide excellent strength, crack resistance, and reliable weld performance. They are suitable for demanding fabrication, construction, pressure vessels, pipelines, and industrial maintenance applications.
- Molyten E7018-A1
- Cromoten Ti E8013-G
- Tenalloy 65 E9018-G
- Ultracorten III E8018-W2
- Cromoten 1 E8018-B1
- Cromoten C Ti E9013-G
- Tenalloy 65 Spl E9018-G
- Tenalloy 80P2 E8045-92 H4R
- Cromoten E 8018-B2
- Tenalloy 70A E8018-C1
- Tenalloy 70 E9018-G
- Tenalloy 90P2 E9045-P2 H4R
- Cromoten STC E8018-B2
- Tenalloy 70B E8018-C2
- Tenalloy 75D2 E10018-D2
- Cromoten V E8013-G
- Cromoten C E9018-B3
- Tenalloy-70BL E7018-C2L
- Tenalloy 75G E10018-G
- Tenalloy 90D3 E9018-D3
- Cromoten 2 STC E9018-B3
- Tenalloy 70C E8018-C3
- Tenalloy 80 E11018-M
- Ultracorten I E7018-W1
- Cromoten S Plus E7018-B2L
- Tenalloy 70CL E7018-C3L
- Tenalloy 80HH Spl E11018-M
- Nimoten Plus 535
- Cromoten C S Plus E8018-B3L
- Tenalloy 70D E8018-C4
- Tenalloy 110 E11018-G-H4R
- Tenalloy 70D1 E9018-D1
- Cromoten D E8018-B6
- Tenalloy 55 E8018-G
- Tenalloy 120 E12018M
- Tenalloy 120G E12018G
- Cromoten 9M-15 E9015-B91
- Cromoten D S Plus E8018-B6L
- Tenalloy 60 E8018-G
- Tenalloy 4130
- Nimoten Plus
- Cromoten-9 E8018-B8
- Tenalloy 60N E8018-G
- Tenalloy 125
- Tenalloy 60D3 E8018-D3
- Cromoten 9L E8018-B8L
- Tenalloy 16E Spl
- Nimoten E9018-M
- Cromoten 9M E9018-B91
Stainless Steel
Stainless steel welding uses specialized electrodes to create strong, durable, and corrosion-resistant joints. It is widely used in fabrication, chemical processing, food equipment, pipelines, marine structures, and industrial applications.
- Superinox 1A E308-16
- Superinox 2C Mo E316L-16
- Betanox 309 Plus E309-17
- Betanox 20/25/5/Cu E385-15
- Beta chrome 13Cr E410-15
- Superinox 1AH E308H-16
- Betanox ZF E316L-16
- Betanox DL E309L-16
- Superinox 630 E630-16
- Beta chrome 13/4 LB E410NiMo-15
- Kingsteel
- Betanox K E316L-15
- Betanox DCB E309Cb-16
- Arminox
- Betachrome 13/4 LB-R E410NiMo-16
- Striker 308L E308-16
- Betanox 316L Plus E316L-17
- Betanox 309Cb Plus E309Cb-17
- Betachrome ND
- Betachrome 17Cr E430-15
- Superinox 1C E308L-16
- Superinox 2D E317L-16
- Betanox DMo E309Mo-16
- Betachrome ND Spl
- Betanox 4462 E2209-16
- Superinox 1C-15 LT E308L-15
- Superinox 2B E318-16
- Betanox 309Mo Plus E309Mo-17
- Austomang 209 E209-16
- Betanox 2553 E2553-16
- Betanox 308L Plus E308L-17
- Betanox 318 Plus E318-17
- Betanox DMoL E309LMo-16
- Austomang 219 E219-16
- Betanox 2594 E2594-15
- Superinox 2A E316-16
- Superinox 1B E347-16
- Superinox 312 E312-16
- Austomang 240 E240-16
- Betanox 2595-15 E2595-15
- Betanox 316 Plus E316-17
- Betanox 347 Plus E347-17
- Betanox 310 Plus E310-17
- Austomang 307 E307-16
- Betanox 2595-16 E2595-16
Cast Iron
Cast iron welding requires specialized electrodes and controlled welding techniques to achieve strong, reliable joints while minimizing cracking and distortion. Proper electrode selection helps accommodate the unique metallurgical properties of cast iron, ensuring improved weldability and consistent results.
These welding solutions are suitable for repair, maintenance, fabrication, and restoration of cast iron components. They support dependable performance across industrial machinery, automotive parts, engineering equipment, and general maintenance applications, delivering durable joints and efficient repair performance.
- Casten Est
- Castmonel ENiCu-B
- Castnickel ENi-Cl
- Ferricast ENiFe-Cl
Hardfacing
Hardfacing welding uses specialized electrodes to restore worn surfaces and improve resistance to abrasion, impact, heat, and erosion. It extends component life across demanding industrial applications, reducing maintenance and replacement costs.
- Zedalloy 55P
- Nimoten Plus 535 A
- Zedalloy 604
- Zedalloy K
- Zedalloy 250
- Nimoten Plus 535 B
- Zedalloy 670 Spl
- Zedalloy-Bell
- Zedalloy 350
- Nimoten 9580
- Zedalloy WD
- Zedalloy 17Cr NS Plus
- Zedalloy 350LH
- Nimoten HFD
- Betachrome N
- Zedalloy VB
- Zedalloy 550
- Nimoten 9650
- Zedalloy 12Mn
- Super-Zedalloy
- Zedalloy 550 LH
- Zedalloy CoCr-A
- Zedalloy-16Mn
- Maganacane
- Zedalloy 600
- Zedalloy 680
- Zedalloy-16Cr
- Zedalloy-16
- Zedalloy 650
- Zedalloy 20Cr
Nickel and Nickel Alloys
Nickel and nickel alloy welding provides excellent corrosion resistance, heat stability, strength, and durability for demanding industrial and high-temperature applications.
- Supermonel
- Nicalloy Mo-5 ENiCrMo-5
- Albond 5 Si E4043
- Nicalloy 1 ENi-1
- Nicalloy Mo-6 ENiCrMo-6
- Albond 12 Si
- Nicalloy Fe-2 ENiCrFe-2
- Nicalloy Mo-10 ENiCrMo-10
- Bronze ECuSn-A
- Nicalloy Fe-3 ENiCrFe-3
- Nicalloy Mo-14 ENiCrMo-14
- Bronze Al-A2 ECuAl-A2
- Nicalloy Mo-3 ENiCrMo-3
- Nicalloy Fe-7 ENiCrFe-7
- Bronze NiAl
- Nicalloy Mo-4 ENiCrMo-4
- Nicalloy NiMo-7 ENiMo-7
- Super CuNi ECuNi
Gouging & Cutting
Gouging and cutting electrodes are designed for efficient removal and cutting of metal during welding, repair, fabrication, and maintenance operations. They provide controlled material removal and support precise preparation of surfaces before welding.
These electrodes are suitable for industrial applications involving weld removal, defect correction, joint preparation, back-gouging, and metal cutting. They help improve productivity while delivering reliable performance across demanding fabrication and maintenance environments.
- CAG 9900
- CAG 9901
- CAG 9905
Gas Metal Arc Welding/Gas Tungsten Arc Welding
Gas Metal Arc Welding (GMAW) and Gas Tungsten Arc Welding (GTAW) are versatile welding processes used for producing strong, precise, and reliable joints. GMAW offers efficient, continuous wire feeding, while GTAW provides excellent control and clean welds. Both processes are suitable for fabrication, maintenance, automotive, structural, and industrial applications.
- C-Mn Steel
- Nickel Alloys
- Low Alloy Steel (High Temperature)
- Aluminium Alloys
- Low Alloy Steel (Low Temperature)
- Copper Alloys
- Stainless Steel
- Cobalt Alloy
- Duplex Stainless Steel
- Low Alloy Steel (High Strength)
Flux Cored Arc Welding
Flux Cored Arc Welding (FCAW) is an efficient welding process that uses a continuously fed tubular flux-cored wire to produce strong, reliable welds. It offers high deposition rates, excellent penetration, and productivity. FCAW is widely used for structural fabrication, heavy equipment, pipelines, shipbuilding, maintenance, and demanding industrial welding applications, delivering consistent performance in challenging welding conditions and positions.
- FCAW C-Mn Steel
- Weathering Steel
- Low Alloy Steel (High Temp)
- FCAW Stainless Steel
- Low Alloy Steel
- Hardfacing (Abrasion Impact)
- Low Temp
- Low Alloy Steel
- Low Alloy Steel (High Strength)
Metal-cored Arc Welding
Metal-Cored Arc Welding (MCAW) is a high-productivity welding process that uses a continuously fed metal-cored wire to produce strong, consistent, and high-quality welds. It offers excellent deposition rates, reduced spatter, and improved arc stability, making it suitable for various fabrication and industrial applications.
MCAW is widely used for welding carbon steel, stainless steel, and hardfacing materials. It supports efficient welding in demanding environments, helping improve productivity, weld quality, and overall operational efficiency across structural, heavy equipment, maintenance, and manufacturing applications.
- MCAW C-Mn Steel
- MCAW Stainless Steel
- MCAW Hardfacing
Submerged Arc Welding
Submerged Arc Welding (SAW) is a high-productivity welding process in which the arc is formed between a continuously fed electrode and the workpiece beneath a layer of granular flux. The flux covers the arc, protecting the molten weld pool from atmospheric contamination while producing clean, consistent, and high-quality welds.
SAW is widely used for heavy fabrication, pressure vessels, structural components, pipelines, storage tanks, and large steel assemblies. It provides deep penetration, high deposition rates, smooth weld profiles, and reduced spatter, making it suitable for long and continuous weld joints where efficiency, strength, and consistent weld quality are important.
- Wires
- Fluxes
- Strip Cladding Flux
Brazing Products
Bare Brazing Rods
Bare Brazing Rods are filler metals used for joining metal components through brazing, where base materials are heated and joined without melting them. They provide strong, reliable joints and are suitable for applications requiring good bonding, durability, and controlled heat performance.
These rods are commonly used for joining copper, brass, steel, stainless steel, and compatible metals across industrial fabrication, automotive, HVAC, plumbing, and maintenance applications. They offer smooth application, consistent filler flow, and dependable joint strength for a wide range of brazing requirements.
- Bras 3302
- Bras 3305
- Bras 3314
- Bras 3343
- Bras 3356
Coated Brazing Rods
Coated Brazing Rods are filler metals designed with a specialized coating that helps improve the brazing process and joint quality. The coating supports flux action during heating, promotes smooth filler metal flow, and helps protect the joint area from oxidation and contamination.
These rods are suitable for joining materials such as copper, brass, steel, stainless steel, and other compatible metals. They are commonly used in fabrication, automotive, HVAC, plumbing, maintenance, and industrial applications where strong, clean, and reliable brazed joints are required.
- BRACC 2211
- BRACC 7700
- BRACC 3344
Brazing Fluxes
Brazing Fluxes are chemical compounds used during the brazing process to prevent oxidation and remove surface oxides from the metals being joined. They help maintain clean metal surfaces, allowing the molten filler metal to flow smoothly and form strong, consistent joints.
Brazing Fluxes are suitable for a variety of applications involving copper, brass, steel, stainless steel, and other compatible materials. They are widely used in fabrication, automotive, HVAC, plumbing, and industrial maintenance applications where reliable bonding, proper filler flow, and quality brazed joints are required.
- Albraze A (FB1-A)
- Silbraze F (FB3-F)
