Place of Origin: Guangdong, China
Material Introduction: Custom ceramic rubber impact plates are made with high-alumina ceramic blocks or tiles bonded into a rubber backing structure. The ceramic surface helps resist sliding abrasion from bulk materials, while the rubber layer absorbs impact force and reduces stress on the ceramic during heavy-duty operation.
Key Features: Rubber-backed impact cushioning structure, high wear-resistant ceramic surface, customizable ceramic tile layout, reduced cracking risk under impact, lower noise compared with metal liners, and optional steel backing or bolt-on installation design.
Application Industries: Mining, cement plants, coal handling systems, steel plants, power plants, port bulk handling, conveyor transfer points, chutes, hoppers, bins, and other high-impact bulk material handling equipment.
Lead Time: Lead time depends on product size, ceramic layout, rubber backing structure, installation design, drawing requirements, and order quantity. For custom sizes or OEM liner assemblies, please send us your drawing or application details.
Custom Ceramic Rubber Impact Plates are designed for equipment areas where both abrasion and repeated impact are present. They are commonly used in chutes, hoppers, bins, loading zones, and conveyor transfer points where bulk materials such as ore, coal, clinker, limestone, sand, or gravel continuously strike and slide against the equipment surface.
Unlike standard ceramic wear tiles or solid ceramic wear plates, this product uses a composite structure. High-alumina ceramic blocks provide the main wear-resistant surface, while the rubber backing helps absorb impact force and reduce stress on the ceramic layer. This makes the plate more suitable for heavy-duty material handling areas where direct impact may cause ordinary ceramic plates to crack or loosen.
CERAMPRO can customize ceramic rubber impact plates according to drawings, equipment dimensions, installation method, working material, and impact conditions. Different ceramic layouts, rubber backing thicknesses, steel backing plates, bolt holes, studs, and mounting structures can be designed for OEM equipment, maintenance replacement, or wear protection upgrade projects.
The material structure can be adjusted according to the working environment. A typical ceramic rubber impact plate includes a ceramic wear layer, a rubber cushioning layer, and optional steel backing for installation support.
Custom ceramic rubber impact plates are suitable for wear areas where bulk materials drop, strike, slide, or accumulate. They are often used to protect equipment surfaces and reduce frequent liner replacement in harsh working conditions.
| Product Name | Custom Ceramic Rubber Impact Plates |
| Product Type | Rubber-backed ceramic impact liner / composite ceramic wear plate |
| Ceramic Material | High-alumina ceramic, commonly 92%, 95%, or customized alumina content |
| Ceramic Shape | Square tiles, rectangular tiles, cylindrical inserts, mosaic tiles, or custom shapes |
| Rubber Backing | Industrial rubber backing selected according to impact level and working condition |
| Steel Backing | Optional steel plate, studs, bolts, or mounting holes |
| Installation Method | Bonding, bolt-on installation, stud mounting, or custom assembly design |
| Working Area | Chutes, hoppers, bins, transfer points, loading zones, and bulk material handling systems |
| Customization | Available based on drawings, samples, equipment size, and application details |
Note: Final specifications depend on ceramic grade, rubber compound, backing structure, installation method, working temperature, impact condition, and equipment design.
| Material Type | Main Feature | Suitable Application |
| Solid Alumina Ceramic Wear Plate | High abrasion resistance, but limited impact cushioning | Sliding wear areas with lower impact |
| Alumina Ceramic Wear Tiles | Flexible tile layout for wear lining | Chutes, pipes, hoppers, and equipment lining areas |
| Ceramic Rubber Impact Plate | Combines ceramic wear resistance with rubber impact absorption | High-impact transfer points, hoppers, loading zones, and bulk material handling areas |
| Rubber Wear Liner | Good cushioning and noise reduction, but lower abrasion resistance than ceramic | Impact areas with lower sliding wear |
| Metal Wear Plate | Good structural strength, but may wear faster under abrasive bulk materials | General mechanical protection and low-to-medium abrasion areas |
They are composite wear protection plates made with high-alumina ceramic blocks or tiles bonded into a rubber backing structure. The ceramic layer provides abrasion resistance, while the rubber backing helps absorb impact.
Standard ceramic wear plates mainly focus on sliding abrasion resistance. Ceramic rubber impact plates are designed for areas where both abrasion and impact are present.
High-alumina ceramic is commonly used because of its hardness and wear resistance. The alumina content, ceramic thickness, and tile layout can be customized according to the application.
Yes. Rubber thickness, hardness, and backing structure can be adjusted according to impact level, equipment space, and installation requirements.
Yes. Steel backing plates, studs, bolts, and mounting holes can be added for easier installation, stronger support, or replacement liner designs.
They are commonly used in mining, cement, coal handling, steel plants, power plants, ports, conveyor transfer points, chutes, hoppers, and bulk material handling equipment.
Yes. We can customize the size, ceramic layout, rubber backing, steel structure, hole position, and installation design based on drawings, samples, or equipment requirements.
The ceramic layer has good temperature resistance, but the working temperature of the full plate depends on the rubber compound and bonding structure. Please confirm the operating temperature before selection.
Please provide drawings, plate size, ceramic thickness, rubber backing thickness, installation method, working material, impact condition, operating temperature, and order quantity.
Yes. CERAMPRO can support custom ceramic rubber impact plate solutions for OEM equipment manufacturers, replacement liner projects, and wear protection upgrades. For custom design support, please send us your drawing or application details.
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