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NSS-310

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Rated 5 out of 5

SPECIFICATION

AWS: AWS A5.4 E310-16
JIS: D310-16
Other: DIN ETI 1252026


DESCRIPTION

  • Rutile-coated stainless steel electrode formulated for welding 310 austenitic stainless steel

  • Produces 25% Cr – 20% Ni weld metal offering exceptional heat resistance

  • Withstands oxidation and high-temperature ductility up to 1200°C

  • Smooth, stable metal transfer with minimal spatter

  • Self-releasing slag for faster cleanup and cleaner weld beads

  • Suitable for both fillet and butt welds in stainless steel applications

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Description

NSS-310 is a high-performance rutile-coated electrode designed specifically for welding 310-grade austenitic stainless steel. The electrode delivers a high-alloy weld deposit containing approximately 25% Chromium and 20% Nickel, ensuring superior resistance to oxidation, scaling, and heat deterioration. Its weld metal retains ductility even at elevated operating temperatures—making it ideal for furnaces, burners, petrochemical installations, and other heat-exposed fabrications.

With a smooth, even arc and low spatter, NSS-310 provides exceptional puddle control and easy manipulation across all welding positions. The self-releasing slag system contributes to fast, efficient finishing, reducing downtime and post-weld cleanup.


TYPICAL CHEMICAL COMPOSITION OF WELD METAL (%)

C Si Mn P S Ni Cr
0.10 0.41 2.19 0.018 0.010 20.75 25.98

TYPICAL MECHANICAL PROPERTIES

Property Value
Tensile Strength 581 N/mm² (84 KSI)
Elongation 41%

SIZES & RECOMMENDED CURRENT RANGE

Polarity: AC, DC(+)

Diameter (mm) Length (mm) Flat (A) Vertical / Overhead (A)
2.5 300 50–80 45–75
3.2 350 70–110 65–105
4.0 350 100–150 95–140
5.0 350 130–180

WELDING POSITIONS

All Positions

APPROVALS

CE


APPLICATIONS

  • Fabrication of 310 stainless steel structures

  • Components in the chemical, petrochemical, and power industries

  • High-temperature equipment such as furnaces, burners, heaters

  • Repair and maintenance of oxidation-resistant stainless parts


REMARKS & BEST PRACTICES

  • Keep joints clean and free of contaminants

  • Use lowest possible current with short arc length

  • Avoid touching the molten pool with electrode coating

  • Prefer short, intermittent welds to reduce overheating

  • Avoid excessive weaving to prevent dilution

  • Use dry electrodes; re-dry if needed at 300°C for 2 hours

  • Strike exposed wire on a scrap plate before starting the weld


IMPORTANT NOTICE

All technical values are typical and based on controlled test welds. Actual results vary depending on welding procedure, joint design, material chemistry, and operator technique. Qualification testing is recommended for critical fabrication work.

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