AWS Class ER309/309L SAW and FLUX

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AWS Class ER309/309L Saw and Flux Manufacturer in Port Harcourt, AWS Class ER309/309L SAW/Flux Welding Wire in Lagos, Industrial ER309/309L SAW Wire and Flux in Kaduna, AWS Class ER309/309L Welding Fluxes and Wires Supplier in Kano, Alloy 309/309L Welding SAW and Flux in Ibadan, AWS/ASME 5.9 ER309/309L SAW and Flux in Abuja, Nigeria

The AWS Class ER309/309L SAW and flux system is a specialized stainless steel welding consumable designed specifically for Submerged Arc Welding of 309/309L austenitic stainless steels. The 309L version features a low carbon content (≤ 0.03–0.04%) to minimize carbide precipitation and enhance resistance to intergranular corrosion, making it an excellent choice for cladding, overlay work, or joining dissimilar metals.

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UNS S30983 SAW and Flux in Kano, SFA A5.9 ER309 and 309L SAW and Flux Manufacturer in Ibadan, AWS ER309/309L SAW & Flux Wire Supplier in Port Harcourt, AWS Class ER309/309L SAW & Flux Stockist in Ibadan, AWS Class ER309 and 309L SAW & Flux Exporters in Kaduna, AWS ER309 and 309L SAW and Flux Wire Dealer in Abuja, Nigeria

When it comes to typical weld metal composition, you can expect carbon levels around 0.03–0.04%, chromium between 23–25%, nickel from 12–14%, molybdenum up to 0.75%, manganese ranging from 1–2.5%, and silicon at about 0.3–0.65%. The mechanical properties are impressive, with a tensile strength of roughly 590 MPa, yield strength close to 400 MPa, and an elongation of around 40%, ensuring strong, durable, and corrosion-resistant welds.

AWS Class ER309/309L SAW and FLUX Specifications

ClassificationAWS A5.9, ER309/309L
FormWelding Fluxes and Wires
Type Of WeldingSubmerged Arc Welding
Thickness availableUpto 4 mm
AWS ER309/309L SAW & Flux Application & uses
  • Hardware tools
  • Metallurgy
  • Machinery
  • Construction
  • Shipbuilding
  • Petroleum
  • Chemical plant
  • Power sector
  • Gas Industry

AWS Class ER309/309L SAW and FLUX Chemical Composition

CCrNiMoMnSiPSCu
0.0323.0-25.012.0-14.00.751.0-2.50.30-0.650.030.030.75

AWS Class ER309/309L SAW and FLUX Mechanical Properties

Tensile Strength, kpsi:86*
Yield Strength, kpsi:58*
Elongation %:40*

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We offer These Products as per DIN, ISO, JIS or ANSI Standard.

Why Choose AWS Class ER309/309L SAW and FLUX​ from Akor Stainless?

Largest Inventory

Customer Support

On Time Deliveries

ISO Certified

Types of AWS Class ER309/309L SAW and FLUX

Alloy ER309/309L SAW and Flux

Alloy ER309/309L SAW and Flux are used for submerged arc welding of dissimilar metals and stainless steel, providing strong, corrosion-resistant welds with a clean, slag-free finish for various applications.

AWS A5.9 ER309/309L SAW and Flux Welding Wire

AWS A5.9 ER309/309L SAW and Flux Welding Wire is designed for submerged arc welding of dissimilar metals and stainless steel, offering strong welds, high corrosion resistance, and a clean, efficient finish.

AWS Class ER309/309L Submerged Arc Welding Flux

AWS Class ER309/309L Submerged Arc Welding Flux ensures high-quality welds with excellent arc stability, minimal spatter, and a clean, slag-free finish, ideal for welding dissimilar metals and stainless steel.

We conduct rigorous in-house testing on our AWS Class ER309/309L SAW wire and flux to ensure optimal quality and performance. Our products undergo thorough inspections to meet industry standards, guaranteeing reliability and durability. With a focus on efficiency. We assure prompt delivery. To meet the needs of our clients without compromising on product excellence.

AWS Class ER309/309L Submerged Arc Welding Wire Price List in Kaduna, AWS Class ER309/309L Submerged Arc Welding Flux Supplier in Ibadan, Alloy 309/309L SAW & Flux in Port Harcourt, AWS A5.9 ER309/309L SAW & Flux Welding Wire in Kano, AWS Class ER309/309L SAW & Flux Stockist in Ibadan, AWS Class ER309/309L SAW & Flux Supplier in Abuja, Nigeria

AWS Class ER309/309L SAW and FLUX Uses

This SAW wire and flux system is ideal for high-deposition welding of stainless steels, cladding on carbon or low-alloy steel, and the fabrication of vessels, tanks, piping, chemical plants, and power-generation equipment. To achieve the best weld quality, it’s crucial to select the right flux, clean the base metal properly, and control the welding parameters effectively.