AWS Class E320LR-16 Electrodes Manufacturer in Texas, USA

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Ed Stainless offers AWS Class E320LR-16 Electrodes, which are designed to offer excellent weldability for duplex stainless steels and low-carbon stainless steels. These electrodes provide greater oxidation and corrosion resistance, qualifying them for use in industries such as food processing, pharmaceutical, and chemical manufacturing. Their low-carbon content prevents carbide precipitation upon welding, thus providing greater resistance to intergranular corrosion. AWS Class E320LR-16 Electrodes are also suited to high-stress, high-temperature service and provide strong, reliable, and durable welds for a wide range of industrial applications where greater corrosion resistance is needed.

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AWS Class E320LR-16 Electrodes have a high chromium (19–22%) and Nickel (9-12%) content with trace amounts of Manganese and Silicon. The electrodes are formulated to provide resistance to intergranular corrosion and thermal fatigue due to their low carbon content. The strength of the electrodes in tension is around 600 MPa, while the yield strength is around 250 MPa. The chemistry provides good arc stability as well as simple slag removal. Their ability to resist carbide precipitation in high-temperature service makes them suitable for industries that demand consistent weld quality, especially where corrosion resistance is crucial.

AWS Class E320LR-16 Electrodes Specifications

Classification	AWS A5.4, E320LR-16
Form	Welding Electrode, Welding Rods
Type Of Current	AC-DCEP (Direct Current Electrode Positive)
Welding Position	F, V, OH, H
Size	2.0 mm, 2.50 mm, 3.15 mm, 4.00 mm, 5.0 mm
AC/DC+	AC or DC (+)
JIS Specification	BS 2926 19.9 A R
Other Specification	DIN 8556 E19 9 R 23 A
AWS E320LR-16 Coated Electrodes Application & uses	Petroleum Chemical plant Power sector Gas Industry Hardware tools Metallurgy Machinery Construction Shipbuilding

AWS Class E320LR-16 Electrodes Chemical Composition

C	Cr	Ni	Mo	Nb + Ta	Mn	Si	P	S	Cu
0.03	19.0-21.0	32.0-36.0	2.0-3.0	8 X C, min to 0.40 max	1.50-2.50	0.30	0.02	0.015	3.0-4.0

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

Why Choose AWS Class E320LR-16 Electrodes From Ed Stainless?

Largest Inventory

Customer Support

On Time Deliveries

ISO Certified

Types of AWS Class E320LR-16 Electrodes

Stainless Steel AWS Class E320LR-16 Light Coated Electrodes

These electrodes offer excellent corrosion resistance and are suitable for welding stainless steel structures. They come in various diameters, such as 2.5 mm, 3.2 mm, and 4.0 mm. The light coating facilitates smooth arc stability and minimal spatter.

Stainless Steel AWS Class E320LR-16 Heavy Coated Electrodes

Providing superior corrosion resistance, heavy-coated electrodes are ideal for high-stress applications. They are available in diameters of 3.2 mm, 4.0 mm, and 5.0 mm. The heavy coating enhances the weld’s integrity and improves its resistance to oxidation.

Stainless Steel AWS Class E320LR-16 Shielded Arc Electrodes

With excellent corrosion resistance, these electrodes are designed for shielded arc welding of stainless steel. They are typically available in 2.5 mm, 3.2 mm, and 4.0 mm. The shielded arc provides enhanced protection against contamination during welding.

We ensure full transparency of our AWS Class E320LR-16 Electrodes with high-quality assurance. All orders come with essential documents, including a commercial invoice, packing list, fumigation certificate, heat treatment chart and an NABL-approved lab test report. We provide a Material Test Certificate per EN 10204/3.1b, PMI Test Certificate, 100% radiography test report and Third-Party Inspection Certificate. Our comprehensive documentation is arranged to ensure maximum client satisfaction.

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AWS Class E320LR-16 Electrodes Uses

AWS Class E320LR-16 Electrodes are applied for welding duplex stainless steels and low-carbon stainless steels. They are extensively applied in food, dairy, chemical, and pharmaceutical industries where hygienic welds and corrosion resistance are required. These electrodes are best suited for welding high-temperature and corrosive-exposed tanks, pipes, heat exchangers, and reactors. They have a low carbon level that inhibits carbide precipitation, thus being applicable in conditions where weld strength is essential in high-stress conditions. They are also utilized in power generation, petrochemical, and aerospace sectors that demand tough, corrosion-resistant, and consistent welds.