Alumina Tile with Raised Dimple as Ceramic Pulley Lagging
The ceramic pulley lagging is a ceramic embedded rubber strip lagging. The ceramic tiles ared designed with a dimple profile to ensure there is a minimal slippage between the belt and drive pulley.
It is especially suitable for wet or muddy applications where slippage can be a problem. The rough ceramic face produces an excellent coefficent of friction between the conveyor belt and the pulle. In some cases this can be up to two times the friction ratio that can be generated with onventional rubber lagging.
The ceramic dimple tiles also are much more wear resistant than conventional rubber lining, and consequently it will be longer before replacement becomes necessary.
Advantages:
Low wear loss and long working life.
Good impact resistance.
Good corrosion resistant
Good thermal shock resistance.
Smooth surface and good adherence resistance.
Quick installation and good service after sale.
Complicated shape and various size designed according to customers' demands.
Application:
1) Vulcanized in rubber sheet as pulley laggings
2) Vulcanized in rubber sheet as rubber ceramic wear liner
3) Sticked in nylone, silk ,paper as ceramic tile mat
Export countries:
-European countries: Germany,UK,Denmark,Turkey,Sweeden
-South American countries: Chile,Peru,Argentina,Colombia,Brazil
-Southeast Asia countries: India,Indonesia,Korea,Vietnam,Malaysia,
-Australia,
-USA,Canada
-South Africa
-Mainland:Taiwan
| Item |
Content |
| Alumina content |
92% |
| Density |
>3.60g/cm3 |
| Rockwell A hardness |
>87HRAI |
| Impact strength |
>850Mpa |
| Bending strength |
>290Mpa |
| Thermal expansion coefficient |
7.2*10-6/m.k |
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