Ultra-durable wear parts for heavy machinery used in quarrying, mining and construction

Get in touch to find out if Hardox® wear parts are right for your business.

Our wear parts last up to 2X longer and save your business money.

Choose from our library of wear parts, or just send us a drawing. We will work with you and review your part’s design to maximize efficiency and we fabricate your wear part using Hardox® Steel for extended durability.

Over 40 years of Hardox® experience and expertise. Made in the USA.

The Hardox® steel that we use is a unique combination of hardness and toughness. This extreme resistance results in extended lifetimes for your wear parts. Extended wear life produces less downtime, allowing you to run longer and harder than with typical OEM wear parts.

Through our 40 years of experience with Hardox® products, we have developed industry-leading techniques in collaboration with end-users. Every part is custom-made according to client specifications at the EccoFab production facility, centrally located in Rockford, Illinois.

You can always expect the same consistency and high quality from our precision fabricated products:

  • High abrasion resistance
  • Up to 2X the service life of mild steel components
  • High reliability and consistency
  • Excellent material strength and structural integrity
  • Fabrication versatility and machinability
  • Suitability for priming and painting
Big yellow truck in a quarry carrying heavy load.

Our Services

With our vast experience in metal manufacturing, we are able to provide you with precision-based products that will last for years. You can choose from a variety of services including laser and plasma cutting, MIG/MAG welding and CNC drilling/milling.

We produce custom Hardox 400 & 500 replacement OEM wearparts that are compatible with machines manufactured by Eagle, Pioneer, KPI-JCI, McCloskey, Baker Kurtz, Bohringer, Nordberg, Komatsu, Metso, and more. Click here to learn more about our wearparts.

Gerry’s Thoughts

Gerry Bauer shares insights on how the wear part user can be more efficient through smarter wear parts consumption.