Rubber Sheet

Ceramic Pulley Lagging Sheet

REACH, RoHS, PAH and CE certified

The chloroprene bonding layer on Dynamic Rubbers Ceramic Lagging Sheets is utilized as a protective covering to maximize pulley life in applications for harsh circumstances, for instance: damp and muddy environments.


Ceramic Lagging Rubber Sheet with chloroprene bonding layer is used as a protective surface to improve and extend pulley life in applications for extreme conditions in wet and muddy areas. Dynamic Rubber has developed high-quality Ceramic Lagging with a chloroprene bonding layer for easy and quick installation.

Ceramic Lagging is produced with the help of high-quality alumina tiles, abrasion-resistant rubber, and a chloroprene bonding layer by this type of Dynamic Rubbers belt. Ceramic Lagging Sheets are available in widths up to 500mm and lengths up to10 meters.

Pulleys need to be lagged to ensure the conveyor belt has a longer shelf life, and also to decrease slippage and better the friction coefficient. It is a known fact that traditional lagging does not perform well in damp and muddy conditions, it causes slippages… Even in the medium to heavy load business, standard lagging isn’t the most beneficial. As the lagging change cycle grows,it results in increased downtime.

To avoid this, we propose that you opt for our Ceramic Pulley Lagging Sheet, which is developed keeping in mind this specific purpose. With its dimpled surface, the ceramic material provides a greater grip and decreases the risk of sliding. It also provides for easy monitoring and greatly improves the shelf life of the lagging sheet.

– Improved Belt Traction
– Non Slip Grip between Ceramic Lagging and Belt
– Reduced Belt Slippage
– Increased Belt and Pulley Life
– Minimized system downtime
– Increased Productivity
– Higher Resistance to Wear






Drag right if required.

Code Thickness (mm) Width (mm) Length (mm)
ZenaCL 5-12 12 500 10.000
ZenaCL 5-13 13 500 10.000
ZenaCL 5-15 15 500 10.000
ZenaCL 5-17 17 500 10.000
ZenaCL 5-20 20 500 10.000
Rubber Specifications
Hardness (Shore A) 65+/-5
Density (g/cc) 1.12 to 1.17
Tensile Strength (Mpa) 20.0 (min)
Elongation (min) 400% (min)
Abrasion (mm3) 120 (max)
Ceramic Specifications
Aluminum Oxide Al2O3 92 % (min)
Density (g/cc) 3.65 (min)
Hardness (R45N) 77 (min)
Flexural Strength (Mpa) 240 (min)
Abrasion By Rubbing (g) 0.1 (max)
Comparison Table for Co-efficient of Friction
Co -efficient of Friction Rubber Lagging Ceramic Lagging
Dry 0.4 0.7
Wet 0.3 0.5