Low carbon stainless coated electrode that meets NACE MR0175 requirements while still maintaining strength and toughness.
AWS: A5.4 (E410NiMo-16)
Process: SMAW
Alloy Type: Stainless
Stainless flux-cored wire for repair of CA6NM base materials of ASME Section IX P6 Group 4, ASTM A296, A352, A356, A487, and A757 steels.
AWS: A5.22 (E410NiMoT1-1)
Process: FCAW
Alloy Type: Stainless
AWS A5.9, A5.22 EC410NiMo for repair of CA6NM base materials of the ASME IX P6 group 4, and of ASTM A296, A352, A356, A487 and A757 steels
AWS: A5.22 (EC410NiMo)
Process: GMAW
Alloy Type: Stainless
AWS A5.9, A5.22 EC410NiMo for repair of CA6NM base materials of the ASME IX P6 group 4, and of ASTM A296, A352, A356, A487 and A757 steels
AWS: A5.22 (EC410NiMo)
Process: SAW
Alloy Type: Stainless
AWS A5.9, A5.22 EC410NiMo for repair of CA6NM base materials of the ASME IX P6 group 4, and of ASTM A296, A352, A356, A487 and A757 steels
AWS: A5.22 (EC410NiMo)
Process: GTAW
Alloy Type: Stainless
630-16 stainless stick electrode for welding precipitation-hardening stainless steels, such as ASTM A564, Type 630.
AWS: A5.4 (E630-16)
Process: SMAW
Alloy Type: Stainless
Super-martensitic 13Cr coated stick electrode offers great corrosion resistance in sweet CO2 environments, as well as good strength properties in high pressure, high temperature applications.
AWS:
Process: SMAW
Alloy Type: Stainless
Super-martensitic 13Cr cut-length TIG wire most often used in the oil and gas industry. The alloy offers great corrosion resistance in sweet CO2 environments, as well as good strength properties in high pressure, high temperature applications.
AWS:
Process: GTAW
Alloy Type: Stainless
