What exactly is a wear plate?

A wear plate is a protective steel plate designed to guard machinery and equipment against constant abrasion, impact, or erosion. Instead of replacing entire components, operators can line high wear areas with wear plate liners, protecting the equipment from premature failure and unplanned shutdowns.

What types of wear plates are available?

Wear plates are available in several forms to suit different wear conditions. • Quenched and tempered (Q&T) plates – through-hardened steel used where moderate abrasion resistance is needed. • Weld overlay plates – these are created by welding a hard alloy layer onto a steel base to deliver extreme abrasion resistance. Our smooth CCO plates are an example of this type, engineered for hard rock mining to provide both extended service life and improved material flow.

Where are wear plates commonly used?

They are used wherever heavy wear and tear shortens the life of equipment. Mining, quarrying, cement, and construction are some of the biggest industries that rely on them. At FuseTech, our smooth CCO wear plates are engineered for hard rock mining, built to perform in the toughest material handling environments. Common applications include chute liners, hoppers, crushers, screen decks, loader buckets, and conveyor transfer points, all areas where wear plates help improve reliability and reduce downtime.

Steel

Handling slag, sinter, and high-wear materials in extreme heat. 

Steel production environments demand materials that can endure both high temperatures and severe wear. Fusetech’s smooth overlay steel plates are formulated for resistance to sliding abrasion and impact shock, making them a reliable choice across critical areas of the material handling plants.

Typical applications

• Raw material handling chutes, hoppers
• Sinter plant hoppers and guide plates
• Blast furnace chute
• Cyclone housing, dampers and ducting
• Coke handling system

Fusetech’s crack-free overlays perform reliably even under cyclic loading and thermal shock.

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Steel Industry FAQ

1.What type of wear plate is suitable for steel plants?

CCO wear plates are well suited for steel plants because they are engineered to handle the dominant wear conditions—severe abrasion from materials like sinter, ore, and slag, combined with moderate impact and elevated temperatures.

2.How do CCO wear liners improve material flow in steel plant chutes and hoppers?

Smooth-surface CCO liners like ours reduce material build-up, carry-back, and blockages when handling sticky fines and slag. This improves flow consistency, reduces downtime, and increases overall plant efficiency.

3.When should CCO wear plates be used instead of QT or AR steel in steel plants?

CCO wear plates are ideal when abrasion is the dominant wear mechanism, such as handling sinter, ore, and slag. Compared to QT or AR steels, they deliver longer wear life and lower maintenance in high-abrasion conditions.

4.Are FuseTech wear plates suitable for high-temperature applications in steel plants?

Yes, FuseTech wear plates perform reliably in elevated temperatures typically up to ~600°C (depends on grades). For high-temperature zones in steel plants, we recommend confirming the exact operating temperature and consulting the product’s technical datasheet to ensure suitability.