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Product Details:
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| Ceramic Coverage: | 38% Or 80% | Color: | White， Black |
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| Shape: | Square Ceramic | Product Name: | Ceramic Pulley Lagging |
| Thickness: | 12mm；15mm; 20mm;25mm | Hardness: | Mohs 9 |
| Abrasion Resistance: | High Abrasion Resistant | Size: | Customized |
| Highlight: | 92% Alumina Ceramic Rubber Pullery Lagging,Rubber Pullery Lagging with Mohs 9,15mm Rubber Pulley Ceramic Lagging |
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Ceramic pulley laggings are one of the most popular types of lagging for conveyor pulleys. These laggings are usually harder and more durable than rubber laggings, so they are often chosen in harsh conditions where abrasive materials are being moved in the mining, cement or other material handling industries.
Ceramic laggings optimise the frictional grip between the pulley and the conveyor belt, which increases the traction of the belt and thereby reduces slippage to enhance the efficiency of the conveyor system as a whole.
The key component of ceramic laggings is the ceramic tiles or segments that are embedded within a rubber matrix. The ceramic tiles are usually made from high-density alumina or other specialty ceramics, and they offer amazing wear resistance due to their hardiness and low-friction properties.
Ceramic hardness is rated according to the Mohs scale, and in this instance, it rates 9°.The hardness of rubber is rated according to the Shore A scale, and in this case, it rates between 60-65.Tensile strength indicates the maximum amount of force a material can endure before it fails, and this material has a value of ≥15 MPa.Elongation at break indicates the degree to which a material can elongate without breaking, and this material has a value of ≥300%. The temperature range in which this material can properly and safely function is -40℃ ~ 80℃.The wear resistance index indicates the resistance to wear of this material , and its value is≤140 mm³. Finally, the peel strength indicates the maximum stress required to separate two layers, and this material has a value of≥13MPa.
Debon ceramic pulley lagging is designed for the toughest wear applications. It is ideal for high abrasion, wear and corrosion resistant lining solutions. Our ceramic pulley lagging features an installation process of Cn bonding layer and cold bonding. With two different ceramic coverage of 38% and 80%, it provides excellent abrasion resistance, long use life, and high hardness of Mohs 9. It is a premium wear solution for ceramic pulley lagging that you can rely on.
Debon ceramic pulley lagging is designed to keep your pulleys running longer in the toughest of applications. The ceramic lining provides a superior wear lining solution for any pulley lagging application. It is an ideal solution for high abrasion and corrosion resistant lining solutions, and its installation process is simple and reliable. With two different ceramic coverage of 38% and 80%, it offers outstanding abrasion resistance, long use life, and high hardness of Mohs 9. It is an ideal wear lining solution for ceramic pulley lagging that you can rely on.
Debon ceramic pulley lagging is the perfect choice for any application that requires durable wear lining. With a unique combination of high abrasion resistance, long use life, and high hardness of Mohs 9, it is the perfect solution for any wear-related application. It offers excellent abrasion resistance, long use life, and high hardness of Mohs 9, as well as two different ceramic coverage of 38% and 80%. It is the perfect wear lining solution for ceramic pulley lagging that you can rely on.
Ceramic Pulley Lagging packaging and shipping:
Ceramic Pulley Lagging is typically packaged in cardboard boxes lined with plastic bubble wrap and sealed with tape. The boxes are then loaded onto pallets and shrink wrapped to ensure secure transportation. The pallets are then loaded onto trucks and shipped to the customer's location.
Contact Person: MENG
Tel: +8618939131899
