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9740.3655S - Josef H35 Build-Up Hardfacing Electrode 3.2mm

Packaging: 5 kg pak
$24.50/kg $118.25/5 kg pak only $23.65/kgSave 3%

Usually ships within 3-5 business days

OVERVIEW

Reliable Build-Up and Hardfacing Solution

The Josef H35 3.2mm Hardfacing Stick Electrode is a premium consumable designed specifically for the Maintenance, Repair, and Operations (MRO) sector. In industrial environments where equipment downtime equates to lost revenue, the ability to rapidly and effectively restore worn components is critical. The H35 formulation is engineered to provide a medium-hardness deposit, typically ranging around 35 on the Rockwell C scale (approx. 350 Brinell). This specific hardness level is strategic; it offers substantial resistance to deformation under impact loads while remaining ductile enough to prevent cracking, a common issue with harder, more brittle alloys.

This electrode is categorized primarily as a "build-up" rod. It is the ideal choice for restoring the dimensions of worn carbon steel and low-alloy steel parts before they are machined back to tolerance. Unlike high-chrome carbide rods which are generally non-machinable and used solely for abrasion resistance, the Josef H35 deposit can be shaped using standard carbide tools. This makes it indispensable for machine shops and heavy equipment repair facilities dealing with worn shafts, stripped gears, and deformed tractor rollers. Furthermore, it serves as an excellent buffer layer or cushion layer. When applying extremely hard facing materials (60+ HRC) to a soft base metal, a layer of H35 acts as an intermediate zone, absorbing shock and preventing the hard outer shell from spalling off the substrate.

From a procurement perspective, stocking the Josef H35 3.2mm electrode ensures your maintenance teams have a versatile tool for extending the lifecycle of expensive machinery. It reduces the need for purchasing new replacement parts by allowing for the reclamation of existing assets. The product is packaged in durable, moisture-resistant 5kg tubes, ensuring shelf-life stability and readiness for immediate use in the field or shop.

Additional Information
Packaging Description:5 kg pak
Weld Process:Electrode
Grade:Build Up, Hardfacing
Packaging:5kg tube
Brand:Josef
Diameter:3.2mm
Position:All Position
Polarity:DC+ / AC
Rod Type:Hardfacing, Stick
Hardness:35 HRC (Approx), 350 HB
Coating Type:Basic-Graphitic
----- new values below ----
Rod Type:Stick, Hardfacing
Hardness:35 HRC (Approx), 350 HB
Machinability:Machinable with carbide tools
Coating Type:Basic-Graphitic
Current Range:90-140A
brand:josef
diameter:3-2mm
grade:hardfacing, build-up
weld-process:electrode
packaging:5kg-tube
position:all-position
polarity:dc-ac

INCLUDED

  • 5kg Tube of Josef H35 3.2mm Hardfacing Stick Electrodes
  • Instruction Label with Amperage Settings
  • Moisture-Resistant Packaging

APPLICATIONS

  • Rebuilding worn shafts and axles
  • Restoring gear teeth and sprockets
  • Build-up on tractor rollers and idlers
  • Repairing crane wheels and mine car wheels
  • Buffer layers for hardfacing applications
  • General maintenance on carbon and low-alloy steels

FAQ

The deposit typically ranges between 30-35 HRC (approx. 300-350 Brinell), making it tough and impact-resistant but still machinable.

Yes, the Josef H35 deposit is designed to be machinable with standard carbide tooling, unlike harder abrasion-resistant rods.

For the 3.2mm (1/8") diameter, a current range of 90-140 Amps is recommended, depending on the base metal thickness and position.

Yes, the Josef H35 is an all-position electrode, suitable for flat, horizontal, vertical, and overhead welding.

Preheat is generally recommended for high-carbon steels or thick sections to prevent cracking, typically around 150°C - 250°C.

Absolutely. It is an excellent choice for a buffer or cushion layer before applying harder, non-machinable hardfacing alloys.

It operates effectively on both AC (Alternating Current) and DCEP (Direct Current Electrode Positive).

It is primarily designed to resist impact and deformation (metal-to-metal wear), rather than severe abrasion.