Ceramic Pulley Lagging

Product Description

Using this ceramic pulley lagging, belt slippage problems are often resolved. Compared to conventional rubber lagging, it is more dependable. It really has the greatest co-efficient of friction of any lagging material, and in wet, muddy, or dry circumstances, it may have a frictional resistance of two to three times that of rubber. Our ceramic pulley lagging is made up of thousands of small ceramic tiles that have been moulded into a sturdy rubber backing. It has excellent resistance to wear and abrasion. Product Details: Color White Flexural Strength 325 Mpa Temperature 1550 DegC Water Absorption Nil Compressive Strength 198 Mpa Hardness 9 Tensile Strength 165 Mpa Aluminium Oxide 90+2% Silicon Oxide 8-10% Density 3.6gm/cc Water and Chemical Resistance 0.031 mg/cm2/day We are offering Ceramic Pulley Lagging to our client. Product Description: It is cobination of high grade rubber and alumina ceramic which cover the pulley face and become its drive surface create the highest Co-efficient of friction even for the material under wet, dry or muddy conditions. Life Comperision: 2 Times more than high chrome/Ni-Hard 3 Times more than cast chrome allowy 3 Times more than cast basalt 4 Times more than abrasion resistance steel 8 Times more than stainless steel 15 Times more than mild steel 43 Times more than polyurethane Industrial Applications: Ball mill Sand mixtures Concrete mixtures Bins Hoppers Chtes Pipes Bends Y-Pieces, MDV MOE Orifices Ventury collar Silo Valves Packing line Cyclones Classifiers Slag tubes Hydro cyclone Shafts Sleeve Castings Separator ID fan Equipment liner Screw conveyer and many more place where abrasive material is stored Process Transport or move in bulk