In addition to supplying full weld overlay plates, Fusetech supports custom wear liner projects from concept to production. Whether you’re an OEM, a wear solution provider, or a mining service contractor, we work closely with you to deliver tailored wear liner plates that meet your technical, operational and logistical needs.
With in-house cutting, forming, and fabrication capabilities, we process Fusetech smooth overlays into ready-to-install components—chute liners , bucket panels, mobile plant parts, and more. Our internal processes are optimised for material yield and layout efficiency, helping reduce material waste and save on project cost.
We’re committed to delivering both performance and value—backing our clients with cost-effetive, high-quality wear liners projects.
View FuseTech overlay grades, standard thicknesses, fabrication options and common mining applications.
1.Extended wear life with advanced wear-resistant alloys
2.Customisable thickness and dimensions to suit project requirements
3.Streamlined export logistics for OEMs manufacturing in China
4.Fast response and quick turnaround to keep your operations moving
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In hard rock mining, liner plates are critical components in protecting high-wear areas such as chutes, bins, feeders and transfer points. Their performance directly influences maintenance intervals, equipment reliability and plant throughput. Selecting the right liner plate is not simply about choosing a harder material — it is about ensuring consistent performance under severe operating conditions.
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Hard rock mining liner plates operate under:
· Continuous sliding abrasion
· Intermittent impact loading
· High-tonnage material flow
In these conditions, performance is not defined by hardness alone. It is defined by:
· Wear life predictability
· Bond integrity under load
· Surface behaviour affecting material flow
FuseTech liner plates can be supplied to suit different installation strategies depending on duty, access constraints and maintenance philosophy.
Commonly used in high-impact or structural zones where load transfer and plate stability are critical. Welding provides strong integration with the base structure and is suitable for permanent or long-service applications.
Preferred in maintenance-critical areas where faster change-outs are required. This method allows worn liners to be removed and replaced efficiently during planned shutdowns, reducing downtime exposure.
Adopted in selected applications to enhance retention security while still allowing relatively efficient liner replacement procedures.Plates can be cut, profiled and supplied with pre-drilled or countersunk holes to match chute geometries, feeder walls and transfer points — supporting streamlined installation and predictable shutdown planning.
Yes. The FuseTech composite plate is backed with mild steel, making it easy to cut, drill, roll and press. We also offer pre-cut and pre-drilled options to help speed up installation.
Yes. If the surface is worn or chipped, it can be repaired using hardfacing welding with compatible abrasion-resistant alloy wire. We will provide technical repair guidance to ensure continued performance.
The standard FuseTech wear liner comes with a smooth, crack-free surface to improve flow and reduce carryback. We also offer pre-polished finishes as your anti-hangup solution for flow critical applications.
High Abrasion
Moderate Impact
Moderate Abrasion
High Impact
Severe Abrasion
Severe Impact
Customised
Wear Liners
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