Esab 3G-OTH-356954 — Compatible Parts & Alternatives

You searched for 11305600

12 compatible products found for Esab 3G-OTH-356954. All items ship worldwide via DHL.

Also known as:11305600ESAB

Cross-reference match for “11305600”

“11305600” reads like a competitor / OEM part number. The 3G-catalog equivalent is below. Not an exact fit? Our global supplier network covers thousands of brands — add it to an RFQ and we’ll quote it.

ESAB

ESAB Stoody 33 Hardfacing Stick Electrode, 3/16 in x 14 in, 10 lb, 46 HRC

SKU: 3G-OTH-356954

View Details Quote + Service

Esab 3G-OTH-356954 — Compatible Parts & Alternatives

Cross-reference match for “11305600”

ESAB Stoody 33 Hardfacing Stick Electrode, 3/16 in x 14 in, 10 lb, 46 HRC

More from Esab

Esab Hardfacing stick electrode for abrasion and impact applications. Deposits a wear-resistant layer on carbon steel parts. Maximum Rockwell hardness as welded is 46 HRC. Suitable for bucket teeth, crusher rolls, and mixer blades.

Esab Flux-cored wire for hardfacing applications requiring abrasion resistance and moderate impact toughness. Deposits a high-chromium carbide overlay. As-welded maximum Rockwell hardness of 64 HRC. Suitable for wear protection on equipment such as crushers, conveyors, and earthmoving tools.

Esab Hardfacing stick electrode for applications requiring abrasion resistance and impact toughness. Delivers a maximum Rockwell hardness of 57 HRC as welded. Commonly used to rebuild and protect heavy equipment components such as crusher rolls, bucket teeth, and conveyor screws.

Esab Hardfacing stick electrode for abrasion and impact applications. Delivers a maximum Rockwell hardness of 57 HRC as welded. Supplied in a 10 lb package with dimensions 3/16 in x 14 in. Used for rebuilding and protecting heavy equipment components subject to wear.

Esab Flux-cored hardfacing wire for severe abrasion and moderate impact applications. Used to rebuild and protect equipment surfaces exposed to mineral, earth, and slurry wear. Suitable for welding onto carbon steel substrates in heavy-wear environments.