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Hardfacing Applications

Hardfacing Applications

Extended Service Life & Wear Protection

Hardfacing applications apply wear-resistant layers to extend component life in harsh environments.

Hardfacing Applications

Extended Service Life & Wear Protection

Hardfacing applications apply wear-resistant layers to extend component life in harsh environments. achieve significant savings, reduced downtime, and lower costs in cement, mining, power, steel, and other industries through proactive or restorative protection.

Hardfacing Applications
Wear Resistant Surfacing
Hardfacing Industrial Components

Hardfacing is a surfacing operation that extends the service life of industrial components by depositing wear-resistant alloy layers on surfaces prone to deterioration from wear phenomena such as abrasion, impact, erosion, or combined effects. It can be performed proactively on new parts or restoratively during maintenance to rebuild design profiles. This approach delivers substantial savings, minimizes machine downtime, and reduces overall production costs, making it a preferred solution across diverse industries facing severe wear conditions.

Industries & Sectors

Hardfacing finds widespread use in industries where components endure high wear, including:

Common Components & Benefits

Hardfacing protects critical parts exposed to abrasive materials, high temperatures, or mechanical stress, such as grinding elements in cement VRMs, crusher parts in mining, or wear zones in steel processing. Key benefits include:

  • Extended service life of components under harsh wear conditions
  • Significant reduction in machine downtime and maintenance frequency
  • Lower total cost of ownership (TCO) through fewer replacements
  • Restoration of original profiles for maintained performance
  • Protection against abrasion, impact, erosion, and combined wear
  • Customized solutions via wear audits, design improvements, and advanced alloys
  • Proactive or in-situ application for minimal disruption
  • Enhanced efficiency and reliability in production processes

Specialized hardfacing solutions (e.g., carbide-embedded deposits or advanced overlays) are tailored to specific wear challenges, often outperforming standard materials in abrasive environments like cement raw meal or clinker processing.

Why Welding Alloys?

Welding Alloys

We manufacture an extensive range of cored hardfacing consumables in the standard low, medium, and high alloy ranges. Additionally, we also offer advanced materials and alloys ranging from specialised consumables, carbide embedded weld deposits to ceramic tiles, castables, thermal sprayed solutions, cladding services, to name a few.

Our proven history, hands-on approach, and a passion for what we do have resulted in our unique skill set in providing standard and specialised solutions alike. We offer customers peace of mind in the knowledge that they will receive not just a quality product, but an engineered wear protection solution that stands the test of time for applications subject to individual or combined wear phenomenon.

Alloy Deposition Methods

Open arc welding using self-shielded consumables

Gas shielded arc welding MIG/MAG/GMAW using an external shielding gas

Processes using modified wave and pulsed technology

Submerged arc welding

Thermal spraying

Plasma and laser technology

Engineered Wear Services

Our Teams are dedicated to providing products, services and solutions to the repair and maintenance sectors of industry, and are an integral part of the production process of many of our customers. By utilising the broad knowledge, know-how, and unique abilities of our teams, Welding Alloys offers a wide range of services to identify, solve, and improve conditions adversely affected by wear. Our flexibility and global network enable us to carry out work, in situ, on-site, and in our well-equipped workshops delivering increased wear life and decreased total cost of ownership (TCO).

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