Collection
There is always a suitable product for you with a wide variety of product types
A507 E16-25MoN-15 is a Cr-Ni-Mo stainless steel welding electrode classified under GB/T 983. It produces an austenitic weld deposit for demanding industrial welding applications. It is commonly used for dissimilar metal welding, including stainless steel to carbon or low-alloy steel, as well as welding and repair of hardened or quenched steels.
ER90S-D2 welding wire is an AWS A5.28 low-alloy solid welding wire designed for high-strength carbon and low-alloy steel applications. With controlled Mn-Si-Mo chemistry and ER90-class weld-metal strength, it is suitable for piping, pressure equipment, construction machinery and heavy industrial fabrication. ER90S-D2 provides a practical option when higher weld-metal strength and reliable low-alloy welding performance are required.
ER90S-B91 welding wire is an AWS A5.28 low-alloy welding wire for P91, T91 and other compatible Grade 91 steels used in high-temperature and creep-resistant applications. ER90S-B91 is a 9Cr-1Mo-V-Nb welding wire designed for compatible P91, T91 and F91 steels. It is commonly used for high-temperature steam piping, boilers, headers, superheaters, reheaters and power-generation equipment where weld-metal chemistry, creep resistance and controlled heat treatment are important.
E7018 is a carbon steel SMAW electrode with low-hydrogen potassium iron powder coating (basic low-hydrogen type). Compatible with AC and DC+.
E7016 is a carbon steel SMAW electrode with low-hydrogen potassium coating, compatible with AC and DC+. The basic low-hydrogen system delivers good low-temperature toughness and outstanding cold crack resistance, suitable for critical steel structures at field sites without DC power supply.
E7015 is a carbon steel SMAW electrode with low-hydrogen sodium coating (basic low-hydrogen type). The weld metal has low diffusible hydrogen, outstanding ductility and low-temperature toughness with strong resistance to cold cracking. It is ideal for critical restrained thick-plate load-bearing structures.
E7014 is a carbon steel SMAW electrode with rutile iron powder coating. Iron powder in the coating delivers higher deposition efficiency than E6013 for improved welding productivity. Rated at 70ksi tensile strength, it works with both AC and DC and is easy to operate, ideal for efficient welding of medium-thick carbon steel.
E6011 is a carbon steel SMAW electrode with high-cellulosic potassium coating. It features strong arc force, deep penetration and all-position welding capability.
E6010 is a vertical-down welding electrode with high-cellulosic sodium coating, suitable for DC straight polarity.
ERNiCrCoMo-1 (Alloy 617) nickel-based filler metal designed for high-temperature service. For welding Inconel 617 and various heat-resistant alloys, featurin...
ERCoCr-A (Stellite 6) is universal Co-Cr-W hardfacing wire for GTAW and GMAW. It delivers excellent wear & corrosion resistance at high temperature, widely u...
ERTi-5 is Ti-6Al-4V titanium alloy solid welding wire. Contains 5.5~6.75% aluminum and 3.5~4.5% vanadium for high strength. Suitable for GMAW(MIG/MAG) & GTAW...
ERTi-2 is Grade 2 commercially pure titanium filler metal, suitable for GTAW(TIG), GMAW(MIG) and SAW, with outstanding corrosion resistance, moderate strengt...
ERCuAl-A2 is copper-aluminum iron bronze solid welding wire. Contains 8.5~11.0% aluminum and trace iron for grain refinement. Suitable for GMAW(MIG/MAG) & GT...
ERCuSn-A is copper-tin phosphor bronze solid welding wire. Contains 4.0~6.0% tin and phosphorus as deoxidizer. Suitable for GMAW(MIG/MAG) & GTAW(TIG).
Recommended articles
Buying guides, material notes, and stories for choosing with more confidence.
E6011 or E6010 for pipe welding? Compare AC/DC compatibility, root pass applications, and welding procedure requirements before choosing an electrode.
ER1070 or ER1100 aluminum welding wire? Compare aluminum purity, applications and base-metal compatibility to select the right filler.
ER410 or ER420 welding wire? Learn the key differences in hardness, applications and heat treatment to select the right martensitic stainless steel filler.
