Collection
There is always a suitable product for you with a wide variety of product types
E11018-G is a 110 ksi high-strength low-hydrogen welding electrode for SMAW. It is designed for welding high-strength and low-alloy steels where high weld-metal strength, suitable toughness and controlled hydrogen levels are required. Depending on the qualified product formulation, E11018-G can be used for Q&T steels, fine-grained structural steels, T-1-type steels and heavy industrial fabrication.
E10018-G is a 100 ksi high-strength low-hydrogen SMAW electrode for welding high-strength and low-alloy steels. Depending on the qualified product formulation, it can be used for HSLA structures, X80 pipeline steel, pressure equipment and other demanding industrial applications. As a G-type AWS classification, E10018-G does not represent one fixed weld-metal chemistry. The actual formulation and toughness performance should be confirmed from the product TDS and MTC.
E8018-B8 is a low-hydrogen Cr-Mo SMAW electrode for 9Cr-1Mo steels, including ASTM A335 P9 and ASTM A213 T9. It is used for high-temperature piping, boilers, pressure equipment, refinery and petrochemical applications where weld-metal compatibility with the 9Cr-1Mo base-metal system is required.
E8018-B6 is a low-hydrogen Cr-Mo welding electrode for 5Cr-0.5Mo heat-resistant steel. It is mainly used for ASTM A335 P5, A213 T5 and similar Cr-Mo steels in refinery piping, petrochemical equipment, boilers, pressure vessels and high-temperature process systems. Classified under AWS A5.5/A5.5M E8018-B6, the electrode produces weld metal with a controlled chromium-molybdenum alloy system for matching 5Cr-0.5Mo steel. E502 is an older classification designation associated with this electrode ty
E9018-B92 is a low-hydrogen Cr-Mo-W welding electrode for P92 and T92 Grade 92 steels. It is designed for high-temperature and creep-resistant welding in power plants, boilers, steam piping and pressure components. With a controlled 9Cr-2W-Mo-V-Nb alloy system, E9018-B92 provides weld-metal chemistry suited to Grade 92 steel applications. Product selection should be confirmed against the base-metal grade, project specification and qualified WPS.
E9018-G is a 90 ksi high-strength low-alloy steel welding electrode classified under AWS A5.5/A5.5M. It is a basic, low-hydrogen SMAW electrode for high-strength steel and demanding low-alloy welding applications. Unlike fixed-alloy classifications such as E9018-B2, E9018-B3 and E9018-B91, the E9018-G classification allows an agreed weld-metal chemistry. The manufacturer's TDS and MTC are therefore important when selecting the electrode for a specific steel grade or application.
E9018-B9, currently classified as E9018-B91, is a low-hydrogen Cr-Mo welding electrode for P91 and T91 Grade 91 steel. It is designed for high-temperature piping, boilers, pressure components and power generation equipment requiring creep-resistant weld metal and controlled post-weld heat treatment.
E9018-B3 is a low-hydrogen Cr-Mo welding electrode classified under AWS A5.5 for 2.25Cr-1Mo creep-resistant steels. It is commonly selected for P22, T22 and related Cr-Mo materials used in high-temperature piping, boilers, pressure vessels, power generation and petrochemical equipment. For P22/T22 applications requiring SMAW, E9018-B3 provides a 2.25Cr-1Mo weld deposit for elevated-temperature service.
E8018-B2 is a low-hydrogen Cr-Mo welding electrode classified under AWS A5.5 for 1.25Cr-0.5Mo heat-resistant low-alloy steels. It is commonly selected for P11, P12, T11 and T12 materials used in boilers, steam piping, pressure vessels and petrochemical equipment. For P11/P12 applications requiring a low-hydrogen SMAW electrode, E8018-B2 provides a matching 1.25Cr-0.5Mo weld deposit for elevated-temperature service.
E385-16 is a high-alloy austenitic stainless steel welding electrode designed primarily for 904L stainless steel (UNS N08904 / EN 1.4539). Its low-carbon Cr-Ni-Mo-Cu weld metal provides high corrosion resistance in sulfuric acid, phosphoric acid, chloride-containing and other aggressive environments. It is commonly used in chemical processing, acid handling, process piping, tanks, heat exchangers and other corrosion-resistant industrial applications.
ER16-8-2 is a 16-8-2 high temperature stainless steel welding wire classified under AWS A5.9. Its nominal 16Cr-8Ni-2Mo weld metal is designed for welding selected 3XXH stainless steels where high-temperature stability, hot ductility and resistance to thermal embrittlement are important. ER16-8-2 welding wire is commonly used for 304H, 321H, 347H and 316H stainless steels in high-temperature piping, power generation, petrochemical and chemical processing applications.
E309MoL-16, also classified as E309LMo-16, is a low-carbon Cr-Ni-Mo stainless steel welding electrode conforming to AWS A5.4 / ASME SFA-5.4. With a typical 22Cr-12Ni-2.5Mo weld metal, it is mainly selected for dissimilar metal welding, including stainless steel to carbon steel or low-alloy steel, and for selected clad steel applications.
E91T1-B9 is a 9Cr-1Mo-V-Nb flux cored welding wire for welding P91, T91 and Grade 91 creep-resistant steels. Classified under AWS A5.29 / ASME SFA-5.29, it is designed for high-temperature power generation, steam piping, pressure equipment and refinery applications. E91T1-B9 is available in E91T1-B9C and E91T1-B9M shielding-gas classifications for gas-shielded FCAW.
A607 E330MoMnWNb-15 is a low-hydrogen austenitic stainless steel welding electrode classified under GB/T 983. It is designed for high-temperature stainless steel welding, particularly components operating at approximately 850–900°C. A607 is commonly used for hydrogen reformer furnace collector pipes, expansion pipes, Cr20Ni32 and Cr18Ni37 stainless steel components where high-temperature welding performance is required.
E410NiMoT1-1/-4 is a 410NiMo flux cored welding wire for 13Cr-4Ni martensitic stainless steel and ASTM CA6NM. Its Cr-Ni-Mo weld-metal system is suited to hydro turbine components, pumps, valves and repair welding where high strength and controlled heat treatment are required. It is designed for FCAW-G applications using CO₂ or Ar/CO₂ shielding gas.
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