Key Features

• Q2 Lot® – Certificate showing actual deposit chemistry and calculated ferrite number (FN) available online
• Designed with low carbon levels to help eliminate carbide precipitation in high temperature service
• Flux coating provides smooth arc transfer and slag is self-peeling for easy removal
• Versatile electrode designed to weld several types of austenitic steels

Conformances

Key Features

• Flux coating is fast freezing for vertical down welding
• Versatile electrode designed to weld several types of austenitic steels
• Q2 Lot® – Certificate showing actual deposit composition and calculated ferrite number (FN) available online
• Designed with low carbon levels to help eliminate carbide precipitation in high temperature service

Conformances

Key Features

• Q2 Lot® – Certificate showing actual deposit chemistry and calculated ferrite number (FN) available online
• Designed with low carbon levels to help eliminate carbide precipitation in high temperature service
• Designed for joining stainless steel to mild or low alloy steel
• 309/309L-15
  • Flux coating is fast freezing for vertical down welding and slag is self-peeling for easy removal
  • Smooth bead appearance with evenly spaced ripples and flat face
• 09/309L-16
  • Flux coating provides smooth arc transfer and slag is self-peeling for easy removal
• 309/309L-17
  • Flux coating provides smooth arc transfer in the flat and horizontal positions and slag is self-peeling foreasy removal

Conformances

Key Features

• Q2 Lot® – Certificate showing actual deposit chemistry and calculated ferrite number (FN) available online
• Designed with low carbon levels to help eliminate carbide precipitation in high temperature service
• Molybdenum grade for increased corrosion resistance
• 316/316L-15
  • Flux coating is fast freezing for vertical down welding and slag is self-peeling for easy removal
  • Smooth bead appearance with evenly spaced ripples and flat face
• 316/316L-16
  • Flux coating provides smooth arc transfer and slag is self-peeling for easy removal
• 316/316L-17
  • Flux coating provides smooth arc transfer in the flat and horizontal positions and slag is self-peeling for easy removal

Conformances

Key Features

• A rutile-basic high CrNi-alloyed all position electrode
• Excellent for repair welding
• Especially developed for steels difficult to weld, such as armour plates, austenitic Mn-steels and high C-steels
• Excellent weldability and self releasing slag
• Weldable on AC and DC+ polarity
• Also available in vacuum sealed Sahara ReadyPack® (SRP)

Conformances

Key Features

• Designed to weld stainless steels of similar chemical composition as well as to overlay carbon steels to impart corrosion, erosion and abrasion resistance
• This material, being an air-hardening type, calls for a pre-heat and inter-pass temperature of 400°F (200°C) or greater during welding
• Q2 Lot® – Certificate showing actual wire composition and calculated ferrite number (FN) available online
• Ink jet printing identification on entire length of electrode

Conformances

Key Features

• Provides a high carbon deposit (minimum of .04% carbon) for high temperature applications
• Q2 Lot® – Certificate showing actual wire composition and calculated ferrite number (FN) available online
• The high carbon deposit provides creep strength and a high tensile strength at elevated temperatures
• Ink jet printing identification on entire length of electrode

Conformances

Key Features

• Balanced chromium and nickel levels provide enough ferrite in the weld for high resistance to hot cracking
• Dual classification ensures the maximum carbon content is 0.03%
• Q2 Lot® – Certificate showing actual wire composition and calculated ferrite number (FN) available online
• 0.03% carbon content increases resistance to intergranular corrosion
• Ink jet printing identification on entire length of electrode

Conformances

Key Features

• Q2 Lot® – Certificate showing actual wire composition and calculated ferrite number (FN) available online
• 0.03% carbon content increases resistance to intergranular corrosion
• Ink jet printing identification on entire length of electrode

Conformances

Key Features

• Weld deposit work-hardens, providing good wear resistance and high tensile strength
• Applications should be limited to 800°F (420°C)
• Q2 Lot® – Certificate showing actual wire composition and calculated ferrite number (FN) available online
• Ink jet printing identification on entire length of electrode

Conformances

Key Features

• The 2-3% molybdenum improves pitting corrosion resistance of the weld deposit
• Molybdenum grade increases corrosion resistance
• Use for high temperature service applications
• Q2 Lot® – Certificate showing actual wire composition and calculated ferrite number (FN) available online
• 0.03% carbon content increases resistance to intergranular corrosion
• Ink jet printing identification on entire length of electrode

Conformances

Key Features

• The welds offer excellent resistance to stress corrosion, cracking and pitting
• The microstructure of the weld metal consists of austenite and ferrite
• The ferrite content of the weld metal will be lower than the ferrite content of type 2205 base metal
• Welding of duplex stainless steels calls for controlled welding parameters to achieve specified mechanical and corrosion resistant properties
• Q2 Lot® – Certificate showing actual wire composition and calculated ferrite number (FN) available online
• Ink jet printing identification on entire length of electrode

Conformances

Key Features

• Q2 Lot® – Certificate showing actual wire composition and calculated ferrite number (FN) available online
• Available as Batch Managed Inventory
• “N” Designator – cobalt restriction of 0.05% max
• Meets the low Si levels typically required in the nuclear industry
• Meets the low cobalt levels typically required in the nuclear industry.
• Prior to using this material for ASME Boiler and Pressure Vessel Code Section III applications, please contact the Lincoln Electric Specials Department to receive a Certified Material Test Report (CMTR) which meets all requirements of NCA-3860
• Composition controlled to meet nuclear and power generation requirements
• Each spool is identified with AWS classification and LOT number

Conformances

Key Features

• Q2 Lot® – Certificate showing actual wire composition and calculated ferrite number (FN) available online
• Available as Batch Managed Inventory
• “N” Designator – cobalt restriction of 0.05% max
• Meets the low Si levels typically required in the nuclear industry
• Meets the low cobalt levels typically required in the nuclear industry.
• Prior to using this material for ASME Boiler and Pressure Vessel Code Section III applications, please contact the Lincoln Electric Specials Department to receive a Certified Material Test Report (CMTR) which meets all requirements of NCA-3860
• Capable of meeting drop weight testing requirements as commonly required for nuclear applications
• Composition controlled to meet nuclear and power generation requirements
• Each spool is identified with AWS classification and LOT number

Conformances

Key Features

• Q2 Lot® – Certificate showing actual wire composition and calculated ferrite number (FN) available online
• Available as Batch Managed Inventory
• “N” Designator – cobalt restriction of 0.05% max
• Meets the low Si levels typically required in the nuclear industry
• Meets the low cobalt levels typically required in the nuclear industry.
• Prior to using this material for ASME Boiler and Pressure Vessel Code Section III applications, please contact the Lincoln Electric Specials Department to receive a Certified Material Test Report (CMTR) which meets all requirements of NCA-3860
• Composition controlled to meet nuclear and power generation requirements
• Each spool is identified with AWS classification and LOT number

Conformances