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38748 - UTP Robotic 601 T Seamless Hardfacing Wire 1.2mm

Packaging: 16KG SPOOL
$59.52/kg

Package Price:

$952.32/16KG SPOOL

Usually ships within 3-5 business days

OVERVIEW

Reliable Wear Protection with Smooth Feeding

For welders tackling heavy wear and tear on industrial equipment, the UTP Bohler Robotic 601 T Fe 8 (1.2mm) offers a superior hardfacing solution that doesn't fight you at the feeder. If you have ever struggled with flux-cored wires that crush in the drive rolls or absorb moisture leading to porosity, this seamless wire is the answer. The UTP Robotic 601 T features a completely closed tubular design that is copper-coated, making it feed just like a solid wire. This ensures excellent conductivity and smooth, interruption-free feeding, whether you are running a long manual bead or setting up a robotic program.

When the arc is struck, you will notice the difference immediately. This rutile-based flux-cored wire provides a stable, soft spray arc with very low spatter levels, especially when running on Argon/CO2 mixes. The slag coverage is complete but detaches easily, often peeling off by itself as the weld cools, leaving a clean, high-quality bead profile. The deposit itself is a tough martensitic steel designed to withstand grinding abrasion and heavy impact. With a hardness hitting up to 62 HRC, it is perfect for armoring up loader buckets, bulldozer blades, recycling shredders, and rock crushers that take a beating daily.

One of the biggest advantages for the welder is the moisture resistance. Because the wire is seamless, there is no seam for moisture to wick into the flux. You don't have to worry as much about leaving the spool out or baking it before use, provided standard storage practices are followed. This results in consistently sound welds with very low diffusible hydrogen, preventing underbead cracking which can be a nightmare in hardfacing applications on high-carbon steels.

Whether you are repairing agricultural tools or maintaining heavy mining gear, the UTP Robotic 601 T gives you the confidence that the weld will hold up and the wire will run smooth. It allows you to lay down metal fast with high deposition rates, getting the equipment back in the dirt where it belongs. Upgrade your hardfacing game with a wire built for both performance and ease of use.

Additional Information
Brand:UTP
Diameter:1.2mm (0.045")
Grade:Hardfacing
Weld Process:MIG (GMAW)
Polarity:DC
Wire Type:Flux-Cored, Gas-Shielded
Shielding Gas Requirement:Argon/CO2 Mix, CO2
Hardness:57-62 HRC
Alloy Type:Martensitic Steel, C-Cr-Mo-V-W
Welding Position:Flat, Horizontal
Current Type:DCEP
Packaging Description:16KG SPOOL
Packaging:16 kg Spool
Position:All Position

INCLUDED

  • 1 x Spool of UTP Bohler Robotic 601 T Fe 8 Hard-Facing Seamless Wire (1.2mm)

APPLICATIONS

  • Hardfacing of earth-moving equipment parts (bucket teeth, cutting edges)
  • Repair of crusher jaws and cones in mining
  • Surfacing of shredder hammers and knives in recycling plants
  • Protection of conveyor screws and chutes
  • Agricultural implement wear protection
  • Cutting tools and shear blades

FAQ

The wire is designed to run with mixed gas (Argon + 15-25% CO2) for the best arc stability and minimal spatter, but it can also be used with 100% CO2.

The weld metal typically achieves a hardness of 57-62 HRC, depending on the base material, cooling rate, and number of layers applied.

Yes, the 'Robotic' name indicates it is optimized for automated systems with excellent feedability and consistent contact tip transfer.

Knurled drive rolls are generally recommended for flux-cored wires, but due to the seamless and copper-coated nature of this wire, it is more robust against crushing than folded wires.

Seamless wires do not absorb moisture from the atmosphere into the flux, ensuring low hydrogen levels and reducing the risk of porosity and cracking.

The deposit is generally considered non-machinable due to its high hardness (approx 60 HRC) and must be finished by grinding.

This specific product is 1.2mm, which is approximately 0.045 inches.

It is designed to be welded using Direct Current Electrode Positive (DCEP).