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316LFCO-035-01 - Blue Demon E316LFC-O .035" Self-Shielded Stainless MIG Wire, 1 lb Spool

Packaging: 1 lb spool
$70.96/lb $42.82/1 lb spool only $42.82/lbSave 40%

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OVERVIEW

Blue Demon 316LFC-O .035" Stainless Steel Flux-Core MIG Wire Overview

The Blue Demon 316LFC-O is a specialized self-shielding flux-core welding wire designed to bring the convenience of gasless welding to stainless steel applications. Typically, welding stainless steel with the MIG process requires a specific and often expensive shielding gas mix, such as Tri-Mix (Helium, Argon, and CO2). For many hobbyists, maintenance crews, and field repair technicians, acquiring and transporting these gas cylinders is logistically difficult or cost-prohibitive. This 1-pound spool of .035" wire solves that problem by containing all the necessary shielding agents within the flux core of the wire itself.

This wire is classified as E316LFC-O under AWS A5.22 standards. The "316" designation indicates it is intended for welding 316-series stainless steels, which are known for their superior corrosion resistance compared to standard 304 stainless, thanks to the addition of Molybdenum. The "L" stands for Low Carbon, a critical feature that prevents carbide precipitation during the welding process. This ensures that the weld zone maintains its corrosion-resistant properties and does not become brittle or susceptible to intergranular corrosion over time.

One of the primary advantages of the Blue Demon 316LFC-O is its outdoor capability. Traditional gas-shielded MIG welding is notoriously difficult outdoors because even a slight breeze can blow away the shielding gas, leading to porosity and weak welds. Since this wire generates its own shield, it is excellent for on-site repairs, agricultural maintenance, and marine applications where wind is a factor. The 1-pound spool size (4-inch diameter) fits most standard MIG welders, including smaller 110V hobby machines and spool guns, making it an incredibly versatile addition to any welder's arsenal.

While flux-core stainless welding does produce a slag covering that must be chipped and brushed away after welding, the trade-off for portability and convenience is often well worth it. This wire runs on DCEP (Direct Current Electrode Positive) polarity, which is standard for most flux-core operations. Whether you are repairing a boat railing, fixing a food-grade stainless tank in the field, or simply fabricating a custom exhaust part in your driveway, the Blue Demon 316LFC-O provides a reliable, high-quality weld without the tether of a gas bottle.

Additional Information
Brand:Blue Demon
Diameter:0.035 in
Grade:316
Packaging Description:1 lb spool
Polarity:DCEP
Weld Process:MIG (GMAW)
AWS Classification:E316LFC-O
Wire Type:Self-Shielded Flux-Cored
Material Composition:Stainless Steel 316L
Shielding Gas Requirement:None (Self-Shielded)
Spool Size:1 lb, 4 in
AWS Spec:ER316L
Packaging:1 kg Spool

INCLUDED

  • 1 x 1 lb Spool of Blue Demon 316LFC-O .035" Stainless Steel Flux-Core Wire

APPLICATIONS

  • Marine hardware and railing repairs
  • Food and beverage processing equipment
  • Chemical tank maintenance
  • Outdoor stainless steel fabrication
  • Agricultural equipment repair
  • On-site structural stainless welding

FAQ

No, Blue Demon 316LFC-O is a self-shielding flux-core wire, meaning the flux inside the wire generates the necessary shielding gas as it burns.

This wire is designed to run on DCEP (Direct Current Electrode Positive), also known as Reverse Polarity.

Yes, while 308L is the standard filler for 304 stainless, 316L can be used. It contains Molybdenum which provides higher corrosion resistance, though it is generally more expensive.

This wire meets the AWS A5.22 specification for classification E316LFC-O.

This is a 1 lb spool with a 4-inch diameter, designed to fit standard spool guns and smaller MIG welding machines.

Yes, as a flux-core wire, it leaves a slag covering on the weld bead that must be chipped and brushed off to prevent corrosion and reveal the weld.

The wire diameter is 0.035 inches (0.9 mm).

The 'L' stands for Low Carbon. This reduces the risk of carbide precipitation and intergranular corrosion, which is critical for maintaining the stainless properties of the weld.