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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

High-Performance Seamless Hardfacing Wire for Automation

The UTP Bohler Robotic 601 T Fe 8 is a premium seamless flux-cored wire designed specifically for gas-shielded metal arc welding in hardfacing applications. Engineered by voestalpine Böhler Welding, this consumable stands out due to its seamless manufacturing technology. Unlike folded wires, the seamless tube design hermetically seals the internal flux against the atmosphere, preventing moisture absorption during storage and use. This feature is critical for maintaining low hydrogen levels in the weld metal, thereby significantly reducing the risk of hydrogen-induced cracking, even in high-stress industrial environments.

This 1.2mm wire is formulated to deposit a martensitic steel alloy containing Carbon, Chromium, Molybdenum, Vanadium, and Tungsten. This specific chemistry delivers a weld deposit with exceptional hardness, typically ranging between 57 and 62 HRC depending on the cooling rate and number of layers. It is ideally suited for surfacing parts subject to severe abrasion combined with moderate to high impact loads. The "Robotic" designation in the product name highlights its superior feedability; the copper-coated surface and rigid tubular structure ensure consistent wire feeding without jamming, making it the perfect choice for automated and robotic welding cells where downtime must be minimized.

Industrially, the UTP Robotic 601 T is a workhorse for the maintenance and repair of heavy machinery. It is frequently utilized in the refurbishment of earth-moving equipment, such as excavator bucket teeth and cutting edges, as well as in the recycling and mining sectors for crusher jaws, shredder hammers, and conveyor screws. The wire operates with a stable spray arc transfer when used with mixed gas (Argon/CO2), producing smooth beads with minimal spatter and easy-to-remove slag. This efficiency reduces post-weld cleaning time and increases overall productivity for fabrication shops and maintenance departments alike.

By choosing UTP Robotic 601 T, facilities benefit from a consumable that combines the metallurgical superiority of a complex carbide-forming alloy with the physical robustness of a seamless wire. It ensures long-lasting wear protection for critical components, extending their service life and reducing the frequency of costly part replacements.

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

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).