Lincoln Electric ED029936 Lincore 60-G .045" Hardfacing Metal-Cored Wire 25 lb Spool

The Lincoln Electric Lincore® 60-G (ED029936) is a gas-shielded metal-cored hardfacing wire (GMAW-C) engineered to extend the service life of heavy equipment components subjected to severe abrasion and moderate impact. Packaged on a 25 lb plastic spool in a 0.045" diameter, it is a trusted solution for maintenance, repair, and rebuilding of worn industrial, agricultural, and mining parts.

Wire Composition & Technology:

• Iron-based chromium carbide alloy with a large concentration of chromium carbides in a hard matrix for maximum wear resistance
• Nominal composition: 4.6–5.5% Carbon, 13.8–17.3% Chromium, 1.2–1.3% Manganese, 0.5–0.6% Silicon
• Metal-cored tubular construction delivers higher deposition efficiency than solid wire with a stable arc and minimal slag cleanup
• Designed to exhibit stress-relief cross-check cracking, which is normal and expected for this alloy class

Performance Characteristics:

• Engineered for severe metal-to-earth abrasion with low to moderate impact resistance
• Maintains hardness and wear resistance at elevated service temperatures up to 704°C (1,300°F)
• Weld deposit is limited to a maximum of two layers for optimal performance and bond integrity
• Compatible welding positions: Flat and Horizontal

Compatible Base Materials:

• Carbon steel
• Low-alloy steel
• Manganese steel
• Stainless steel
• Cast iron

Typical Applications:

• Augers and screw conveyors
• Bucket lips and sides
• Loader blades and cutting edges
• Grinding and brushing equipment
• Shaper sides and blades
• Farming tools and tillage equipment
• Mining equipment regeneration and repair

Product Specifications:

• Wire Diameter: 0.045" (1.1 mm)
• Spool Weight: 25 lb plastic spool
• Process: Gas Metal-Cored (GMAW-C)
• Standard: AS/NZS 2576: 2355 B5
• Country of Origin: USA
• Warranty: 1 Year

The Lincore® 60-G is an industry-standard hardfacing wire for professionals in construction, agriculture, mining, and heavy fabrication who need to rebuild worn components to near-original dimensions and protect surfaces against accelerated wear.