Processing resources at your service

We are proud to offer highly advanced fiber laser cutting, capable of cutting our hardest Hardox® wear plates, CCO overlays, and Armox® and Ramor® plates – up to 1” thick – with a ± .005” tolerance. The automated laser process also allows us to cut complex patterns with ease and speed, working on up to two full 96” x 288” Hardox® wear plates in the same operation.

Duroxite® overlay plates provide extreme wear and impact resistance in highly abrasive applications, including earthmoving, crushing, shredding, abrasives handling, scraping, shoveling, and conveying. We manufacture Duroxite® overlay plates on our own specially designed deposition tables, enabling expert quality control over the entire process. You can buy full Duroxite® overlay plates or plates cut-to-order.

Our highly experienced operators know exactly how to approach the machining of our hard, tough, strong abrasion-resistant steels and overlays. For example, we make wear plate liners with mounting holes that exactly match your equipment, making liner replacement a simple “bolt on” process. We provide:

1. Drilling
2. Tapping
3. Countersinking
4. Counterboring
5. Key slotting
6. Plow bolt holes

Many machine shops are intimidated at the thought of bending advanced high strength steel, which can be as strong as 290 ksi and as hard as 640 HBW. But we’re experts at precision bending of strong, hard, abrasion-resistant plates. With proper engineering, precision press brake bending of abrasion-resistant plate can frequently eliminate or reduce the need for welding while maintaining the steel’s “as delivered” mechanical properties.

To produce rounded shapes of abrasion-resistant plate, we use powerful rollers capable of bending up to 4” thick Hardox® wear plates with 30” widths. Rolled wear parts that we produce include:

1. Bucket liners
2. Rings
3. Cylinders
4. Cones
5. Conical segments
6. And other rolled components made to your exacting specifications

We stock and can saw-cut various EN30B and Astralloy-V round bars. Typical applications include downhole drilling tools, high-duty gears, pinions, aeroengine connection rods, differential shafts and other transmission components, airframe forgings, heavy roller bearings, breech mechanisms, and small arms components.