Ceramic Embedded Rubber Wear LIners

​Product Description

Ceramic-Embedded Rubber Wear Liners are a revolutionary composite wear-resistant material designed to withstand the most demanding abrasive and impact conditions. By strategically embedding ultra-hard alumina ceramic tiles within a flexible, high-tensile rubber matrix, we have created a liner that combines the best properties of both materials. This synergy results in a product that offers exceptional wear life, reduces noise, and dampens impact, providing a cost-effective and durable solution for extending equipment lifespan across heavy industries.

 Key Features & Advantages

Unmatched Wear Resistance: The surface alumina ceramic offers a hardness of Hv≥1100, providing superior protection against abrasive materials like ore, clinker, coal, and slag.

Excellent Impact Absorption & Noise Reduction: The resilient rubber backing absorbs impact energy, preventing material buildup (blockage) and protecting the equipment structure from damage. It significantly reduces noise levels compared to steel liners.

Lightweight & Easy Installation: Much lighter than steel plates, our liners are easier to handle, cut, and install, reducing labor costs and downtime.

Anti-Blocking & Corrosion Resistant: The smooth, non-stick rubber surface prevents material adhesion. The rubber also provides good resistance to certain corrosive environments.

Flexible & Cuttable: The product can be easily cut and drilled on-site with standard tools for a perfect fit in complex or existing equipment.

Long Service Life: Typically lasts 3-8 times longer than conventional steel liners, dramatically reducing maintenance frequency and total cost of ownership.

Alumina ceramic technical parameters

Rubber technical parameters

Primary Export Markets

Our products are trusted by partners worldwide, with significant exports to markets in Southeast Asia, the Middle East, Africa, Europe, and South America, supporting global mining, infrastructure, and industrial projects.

​Application Scope

Cement: Chute liners, hoppers, cyclones, air slides, wear pipes

Steel & Smelting: Bins, vibratory feeders, blast furnace feed hoppers, sinter chutes

Thermal Power: Coal bunkers, coal chutes, dust removal systems, pyrite disposal systems

Port & Mining: Shiploader/unloader hoppers, transfer stations, screen deck liners, ore processing chutes

Chemical & Coal: Material conveying systems, mixer liners, areas below crushers

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FAQ

Q1:How do we install your liners?

​A1:Installation is straightforward. The liners typically come with embedded steel nuts or pre-drilled holes on the back. You simply drill corresponding holes in your equipment and fasten them with bolts from the front. Detailed installation instructions are available.

Q2:Can the liners be cut on site?
A2: Yes. The rubber portion can be easily cut using a utility knife or cutter. For the ceramic tiles, a tile cutter or angle grinder is recommended.

Q3:Do you offer custom sizes and shapes?
A3: Absolutely. We have strong capabilities in mold development and processing, and can supply liners in any non-standard size and shape based on your equipment drawings.

Q4:What is the temperature range for these composite liners? Do they become brittle in cold environments?

A4:Our standard product's rubber compound can withstand continuous operating temperatures from -40°C to +80°C, with short-term peaks up to +120°C. For higher temperature applications (e.g., near sinter or hot clinker), we offer special grades with high-temperature resistant rubber formulations suitable for conditions above 150°C. In extreme cold, our specially formulated rubber maintains excellent elasticity and impact resistance, preventing brittle failure.

Q5:Is this liner still effective for handling wet and sticky materials, like wet clay or concentrate?

A5:Yes, this is one of the key application strengths of our product. The highly elastic rubber surface offers excellent hydrophobic and non-stick properties. Upon material impact, the rubber's elastic deformation helps to "bounce off" the material, preventing adhesion and buildup. The protruding ceramic tiles create a raised "skeleton," which further reduces the contact area between the sticky material and the rubber matrix, effectively solving the blockage problem with wet and sticky materials.