S234212-029 - Hobart FabTuf 960 .045 Metal Core Hardfacing Wire 33lb

Hobart FabTuf 960: Premium Metal Core Hardfacing Wire

The Hobart FabTuf 960 is a high-performance gas-shielded metal-cored wire designed for the rigorous demands of industrial hardfacing. Engineered to provide a hardness level of 55-60 Rc after three layers, this alloy steel tubular wire is the optimal solution for components subjected to moderate impact and abrasion. Its metal-cored construction offers distinct metallurgical advantages over solid and flux-cored alternatives, providing a higher deposition rate and a smoother arc that results in high-quality, uniform deposits essential for critical equipment repairs.

Industrial maintenance professionals rely on FabTuf 960 for its versatility and ease of use. Unlike many hardfacing wires that are restricted to flat positions, this product boasts excellent out-of-position welding capabilities, allowing operators to perform repairs on equipment in situ without extensive dismantling. This feature is particularly valuable in the mining, dredging, and construction sectors where downtime equates to significant financial loss. The wire is designed for use with CO2 shielding gas, which ensures deep penetration and a stable arc profile.

Safety and environmental concerns are also addressed with the FabTuf 960. It produces lower fume levels than conventional flux-cored wires, creating a cleaner working environment for the welder. Whether used for single or multiple pass applications, this wire maintains consistent mechanical properties, ensuring that the resurfaced part can withstand the harsh operational environments of ore drag lines, kiln trunnions, and extruder worms. By restoring worn surfaces to near-original hardness, the FabTuf 960 significantly extends the service life of expensive machinery components.

Technical Specifications & Performance

The FabTuf 960 is formulated to deliver consistent results across various applications. Its ability to achieve 55-60 Rc hardness makes it a go-to choice for surfaces that face constant grinding and scraping forces. The .045" diameter offers a good balance between deposition rate and puddle control, making it suitable for both fine detail work on smaller components and larger buildup jobs on heavy earthmoving equipment.