Author: Site Editor Publish Time: 2025-10-23 Origin: Site
Ceramic Pulley Lagging refers to a high-performance material used to coat conveyor pulleys, particularly those subjected to extreme wear and high-impact environments. This product enhances the overall efficiency of conveyor systems by significantly reducing equipment wear and tear, thus extending the service life of critical components.
What sets Hanpeng's ceramic pulley lagging apart from traditional options is its unique CN bonding layer, which ensures strong adhesion and simplifies the installation process.
The ceramic pulley lagging provides 45% ceramic coverage, offering a larger contact area between the conveyor belt and the ceramic surface, which enhances overall performance.
The ceramic tiles are designed with circular convex points, significantly increasing friction between the conveyor belt and the lagging, improving traction and preventing slippage.
This design improves system stability and extends the service life of both the conveyor belt and the pulley, reducing wear and tear.
The ceramic lagging performs excellently in harsh environments, making it ideal for wet, muddy, viscous, and abrasive materials, ensuring reliable and efficient operation.
The unique design reduces belt tension, lowering energy consumption, minimizing conveyor system wear, and reducing operating costs.
Watch this video below to learn more about our Ceramic Pulley Lagging:
This ceramic pulley lagging is engineered to perform under the most demanding conditions, making it suitable for the following applications:
Ideal for environments where conveyor pulleys face high wear and tear, especially in industries dealing with abrasive materials.
Perfect for handling sticky, muddy, or highly abrasive materials, ensuring that the system operates efficiently in challenging environments.
Particularly effective for high-tension systems, where durable and reliable pulley lagging is needed to prevent slippage and maintain stability.
Especially suited for drive pulleys exposed to severe wear, providing excellent protection and extending the lifespan of the pulley and belt.
The CN bonding layer simplifies the installation process, reducing the need for skilled labor and eliminating pre-treatment steps. This allows for quicker setup and lower installation costs.
With increased wear and impact resistance, ceramic pulley lagging reduces the frequency of required maintenance and component replacements, leading to significant savings in maintenance costs over time.
By improving the durability of equipment surfaces, ceramic lagging helps enhance overall system stability, leading to more reliable and efficient operations.
Ceramic pulley lagging increases the lifespan of conveyor pulleys and belts by providing superior protection against wear, reducing the frequency of replacements.
The enhanced performance of the pulley system results in reduced belt tension, leading to lower energy consumption. This contributes to overall operational cost savings.
With its wear-resistant and impact-resistant properties, ceramic pulley lagging improves the overall efficiency of the conveyor system, reducing downtime and improving productivity.
Alumina Oxide Content: ≥95%
Mohs Hardness: >9t
Rubber Tensile Strength: >24 MPa
Rubber Elongation at Break: >880%
Product Options:
Thickness: 15mm
Width: 500mm
Length Options: 1050mm, 1250mm, 1500mm, 1600mm, 1900mm, 2100mm, 2120mm (Lengths 50mm to 100mm longer than the width of your pulley)
These options allow customers to choose the appropriate size based on their specific pulley dimensions for optimal performance.
Check out the Hanpeng product list bCelow, and select the most suitable option for your needs:
| Product Name | Ceramic Rubber Plate Size (mm) | Ceramic Area Width B (mm) |
|---|---|---|
| HP-CN-95 | 1050 * 500 * 15 | 881 |
| HP-CN-95 | 1250 * 500 * 15 | 1088 |
| HP-CN-95 | 1500 * 500 * 15 | 1205 |
| HP-CN-95 | 1650 * 500 * 15 | 1474 |
| HP-CN-95 | 1900 * 500 * 15 | 1650 |
| HP-CN-95 | 2050 * 500 * 15 | 1829 |
| HP-CN-95 | 2250 * 500 * 15 | 2004 |
| HP-CN-95 | 2500 * 500 * 15 | 2095 |
Hanpeng offers a variety of conveyor pulley lagging options to meet diverse operational needs:
Made from high-performance ceramic materials, this type offers exceptional wear resistance, making it perfect for extreme wear environments. It enhances pulley lifespan and reduces operating costs.
Featuring a diamond-shaped rubber surface, this lagging offers superior grip and friction, ideal for environments with high friction. It reduces pulley slippage and minimizes wear.
A traditional rubber lagging that offers good wear and impact resistance, suitable for general applications. It is widely used in various conveyor systems under less extreme conditions.
Ceramic pulley lagging is a high-performance material used to cover conveyor pulleys. It provides excellent wear resistance and impact resistance, helping extend the life of the pulley and improve system efficiency.
Before installation, the pulley should be ground. The lagging comes with a CN bonding layer, meaning the rubber side doesn't need to be roughened. This ensures a quick and easy installation process.
Industries such as mining, paper manufacturing, steel production, and other heavy-duty operations that involve abrasive, wet, or high-tension materials benefit greatly from ceramic pulley lagging.
Ceramic pulley lagging provides superior wear and impact resistance, making it ideal for extreme environments. Rubber lagging, while more affordable, is typically used in less demanding applications.
With proper installation and maintenance, ceramic pulley lagging can significantly extend the life of your conveyor system components, reducing the need for frequent replacements.
