Skip to Main Content
Canadian
Canadian owned and operated

1258-1/4 - Josef 1/4-Inch Tubular Hardfacing Stick Electrode

Packaging: 5kg tube
$62.90/kg $301.50/5kg tube only $60.30/kgSave 4%

In stock

OVERVIEW

Restore and Protect Heavy Equipment with 1/4" Hardfacing Rods

When your heavy equipment is taking a beating from rocks, sand, and earth, you need a welding solution that fights back. The 1/4" Tubular Hardfacing Electrode (SKU: 1258-1/4) is your go-to choice for aggressive resurfacing jobs. This isn't your average welding rod; it is a specialized tubular electrode packed with chromium carbides designed to create a surface so hard that abrasive materials slide right off. If you are working on bulldozers, excavators, or rock crushers, this electrode is essential for keeping your machinery in the field and out of the repair shop.

The 1/4-inch diameter is built for big jobs. It puts down a lot of metal fast, allowing you to cover large areas like bucket bottoms, dozer blades, and shaker screens efficiently. Because it is a tubular rod, it runs differently than a standard 7018. It uses a lower amperage than you might expect for a 1/4" rod, which is great because it keeps the base metal from overheating and warping. The arc is fierce but controllable, depositing a bead that hardens to roughly 60 Rockwell C. This level of hardness provides exceptional resistance to sliding abrasion, making it perfect for parts that drag through the ground.

One of the standout features of this product is its ability to run on basic welding power sources. You don't need a complex setup—just a machine capable of handling the amperage for a 1/4" rod. The slag release is generally good, and the bead profile is flat, reducing the need for grinding (which is difficult on hardfacing anyway). Note that this rod will likely show "check cracks" or small relief cracks across the bead; this is normal and healthy for hardfacing, as it relieves stress without compromising the bond.

Common Applications

  • Earthmoving: Bucket teeth, lips, and sides; dozer blades and end bits.
  • Mining & Quarrying: Crusher hammers, mantles, concaves, and sizing screens.
  • Agriculture: Plow shares, cultivator sweeps, and subsoiler points.
  • Dredging: Cutter heads and pump casings.

Don't let abrasion wear down your profits. Invest in the 1/4" Tubular Hardfacing Electrode to armor your equipment against the toughest conditions.

Additional Information
Brand:Josef
Diameter:6.4mm (1/4")
Grade:Hardfacing
Weld Process:Stick (SMAW)
Position:Flat, Flat/Horizontal
Rod Type:Tubular Hardfacing Electrode
Core Material:Chrome Carbide Filled
Welding Position:Flat, Horizontal
Applications:Mining, Dredging, Earthmoving
Packaging Description:5kg tube
Packaging:5 kg Tube
Polarity:N/A

INCLUDED

  • 10lb or 50lb Box of 1/4" Tubular Hardfacing Electrodes (Packaging may vary)
  • Instruction Sheet

APPLICATIONS

  • Bucket teeth and lips on excavators and loaders
  • Crusher rolls and hammers in quarries
  • Dredge pump parts and cutter heads
  • Agricultural tillage tools and plow shares
  • Conveyor screws and chutes
  • Muller tires and cement industry equipment

FAQ

A tubular electrode consists of a metal sheath filled with alloying powders (like carbides), whereas a standard stick electrode is a solid wire with a flux coating. Tubular electrodes typically offer higher deposition rates and higher alloy content for better wear resistance.

For a 1/4" (6.4mm) tubular electrode, the amperage range is typically between 140 and 190 Amps, depending on the specific machine and position. Always start at the lower end and adjust as needed.

Pre-heating depends on the base metal. Mild steels generally do not require pre-heat, but high-carbon or alloy steels may require pre-heating to 300°F-500°F to prevent underbead cracking.

No, the deposit from this hardfacing electrode is extremely hard (approx. 60 RC) and cannot be machined. It can only be finished by grinding.

These are called 'check cracks' or stress-relief cracks. They are normal and desirable in high-hardness hardfacing to relieve internal stresses and prevent the coating from peeling off.

It is generally recommended to apply no more than two layers. If more buildup is needed, use a 'build-up' electrode for the base layers and cap it with the hardfacing electrode.

This electrode can typically be run on AC or DC Reverse Polarity (DCEP). DCEP usually provides smoother operation and better penetration control.

The typical hardness is in the range of Rockwell C 58-62, providing excellent resistance to high-stress grinding abrasion.