100 ceramic tiles coverage pulley lagging solves the corrosion problem of high concentration acid alkali materials on the pulley.
Ceramic tiles for pulley lagging.
Ceramic pulley lagging types of ceramic tiles when conventional rubber lagging fails to correct belt slippage and wears prematurely jimway s ceramic pulley lagging provides a cost effective solution that ensures optimum traction of drive pulleys under wet and slippery conditions.
Studs with rounded edges.
The rubber backing is bonded to the pulley shell.
The other method is to directly bond the ceramic tiles to the pulley shell.
Ceragrip ceramic lagging is designed to provide high levels of drive and wear resistance for conveyor pulleys that operate in medium to heavy duty applications.
Ceramic lagging home products ceramic wear resistant tile ceramic lagging the combination of fine grain alumina tile and a specially formulated rubber compound results in a dependable ceramic rubber pulley lagging in conveying applications under extreme operating conditions.
Arrowhead ceramic conveyor pulley lagging corrects belt slippage and premature wear.
Ceramic pulley lagging 100 ceramic tiles coverage the 100 ceramic pulley lagging widely used on non drive pulley due to the smooth and solid of ceramic surface.
In an industry where reliability is crucial we manufacture pulley lagging and wear panel products that provide exceptional performance ensuring that equipment is operational when required.
Ceramic can be fragile and prone to cracking.
Ceramic lagging can be applied to the pulley shell as a rubber backed ceramic strip or sheet.
Tega ceramic pulley lagging is widely used on the drive pulleys and can also be used on snub bend and tail pulleys.
There are a few issues with ceramic lagging.
Ceramic pulley lagging is a premium lagging where the ceramic tiles are molded into a rubber compound.
Ceramic pulley lagging is especially suited for pulleys with slippage and excessive wear tear problems which make normal rubber lagging.
Tiles fitted directly to steel surface using kram hi bond epoxy.
High density ceramic tiles with studs create a rough surface for maximum traction.
Bond between steel ceramics is much stronger than between rubber ceramics.
This innovative new product incorporates square ceramic tiles with unique circular nubs which help in proper grip of the belt under wet muddy or any such arduous conditions.
And provides superior long service life.
Applications typical conditions suited to the use of ceragrip ceramic lagging include wet and dirty conditions where belt slippage is a problem or high tension applications where the wear life of plain rubber lagging is limited.
This makes for excellent traction eliminates slippage and offers excellent abrasion resistance.
Elastotec is committed to the production and development of the highest quality longest lasting pulley lagging and ceramic wear panels for the global mining industry.
