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S289350-008 - Hobart SubCOR EM13K-S MOD 5/32" Composite SAW Wire 600lb Drum

Packaging: 600lb drum
$9.48/lb

Package Price:

$5,688.00/600lb drum

Usually ships within 3-5 business days

OVERVIEW

High-Performance Composite Electrode for Submerged Arc Welding

The Hobart SubCOR™ EM13K-S MOD is a premium 5/32-inch composite electrode designed specifically for the demanding requirements of submerged arc welding (SAW). Packaged in a substantial 600 lb drum, this wire is engineered for high-volume industrial environments where efficiency and weld quality are paramount. Unlike traditional solid wires, the SubCOR™ EM13K-S MOD utilizes a metal-cored design, which allows for higher current densities and significantly improved deposition rates. This makes it an exceptional choice for fabricators looking to increase throughput without compromising the structural integrity of their welds.

One of the standout characteristics of this electrode is its specialized formulation. It is designed to maintain robust mechanical properties even when subjected to high heat inputs, a common scenario in heavy fabrication. The chemistry of the weld deposit aligns with the EM13K solid wire classification (AWS A5.17 EC1), ensuring it meets rigorous industry standards for carbon steel welding. This wire is particularly effective for welding non-alloyed and fine-grain steels, providing a reliable solution for critical infrastructure projects.

The metal-cored structure not only boosts productivity but also enhances the welding profile. It offers a broader penetration pattern compared to solid wires at similar operating parameters, which helps in reducing the risk of lack-of-fusion defects. This is critical in sectors such as wind tower manufacturing, pressure vessel fabrication, and shipbuilding, where weld failure is not an option. The 600 lb drum packaging ensures long run times with fewer changeovers, further optimizing the workflow in automated or semi-automated welding cells.

Whether used for single-pass or multi-pass applications, the SubCOR™ EM13K-S MOD delivers consistent performance. It is compatible with recommended fluxes to produce smooth, sound welds with excellent bead appearance. For industrial operations focused on heavy equipment components, railcar frames, and storage tanks, this Hobart wire represents a convergence of speed, quality, and reliability.

Additional Information
Brand:Hobart
Diameter:4.0mm (5/32")
Packaging:600 lb Drum
Weld Process:Submerged Arc (SAW)
Grade:Steel
Trade Name:SubCOR™ EM13K-S MOD
AWS Classification:EC1
Wire Type:Metal-Cored, Composite Electrode
Material Composition:Carbon Steel
Package Type:Drum
Packaging Description:600lb drum

INCLUDED

  • 1 x 600 lb Drum of SubCOR™ EM13K-S MOD 5/32" SAW Wire

APPLICATIONS

  • Single and multiple-pass submerged arc welding
  • Heavy equipment manufacturing and structural components
  • Wind tower fabrication and energy infrastructure
  • Pressure vessels, boilers, and storage tanks
  • Railcar frames and wheel fabrication
  • Shipbuilding panels and pipe double jointing
  • General fabrication of non-alloyed and fine-grain steels

FAQ

The wire is classified as EC1 per AWS A5.17 specifications, indicating it is a composite electrode with chemistry similar to EM13K solid wire.

As a metal-cored composite electrode, it generally offers higher deposition rates and a broader penetration profile than solid wires at comparable amperages.

This product is a 5/32-inch (approximately 4.0 mm) diameter wire.

It comes in a 600 lb (approx. 272 kg) drum, designed for high-volume industrial use.

Yes, it is specially formulated to maintain good mechanical properties even when welding at high heat inputs.

It is suitable for welding carbon steel plates, non-alloyed steels, and fine-grain steels.

Yes, the SubCOR EM13K-S MOD is designed for both single and multiple-pass welding applications using recommended fluxes.

Common applications include wind towers, pressure vessels, railcar frames, heavy equipment, and general structural fabrication.

CATALOGUE & SPEC SHEETS

Spec Sheet
Safety Data Sheet