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REMAGRIP CP-X – the benchmark
for wear resistance
Description:
The plain surface of the ceramic tiles is highly effici-
ent, particularly on non-drive pulleys (ranging from
tail pulleys to snub pulleys) which are subject to
high wear.
REMAGRIP CK-X – for constant grip
Description:
The “knobbly” surface of the ceramic tiles provides
optimum grip on pulleys subject to high stress.
Ceramic material is suitable for pulley lagging, thanks chiefly to
its specific properties of extremely high wear resistance provi-
ded by aluminium oxide (Al
2
O
3
). It replaces traditional materials,
because it provides higher profitability by considerably increa-
sing the service life and the efficiency of pulley laggings.
Characteristics and advantages of REMAGRIP CK-X and CP-X:
•
Provides significantly higher traction than traditional rubber
laggings
•
High reliability even in wet, clayey and muddy operating
conditions
•
High resistance to wear (service life up to 10 times longer than
that of traditional rubber laggings)
•
Dynamic resistance optimised by arrangement of ceramic tiles
based on FEM calculations
•
Unique three-dimensional embedding of the ceramic tiles in the
rubber substrate
•
High self-cleaning effect due to grooves between the rows of
ceramic tiles
•
More flexible than traditional rubber/ceramic pulley lagging,
therefore even small diameter pulleys can be lagged easily
•
Protection of the belt through elastic rubber base (optimum
adaptation of the ceramic tiles to the conveyor belt surface)
•
Durable adhesion if bonded with the outstanding
REMA TIP TOP
bonding systems
For pulleys subject to high stress
REMAGRIP C
6
Industrie