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Ceramic Pulley Lagging
Rubber Sheets.
Product Information
Ceramic pulley lagging is a specialized type of covering applied to conveyor pulleys. It's designed for high-abrasion applications, offering superior wear resistance compared to traditional rubber lagging. This makes it ideal for handling abrasive materials like coal, ore, and aggregates in industries like mining, cement production, and power generation.
Roll length upto 25 meter.
Compatible Industries
Cement
Power
Transhipment
Salient Features
Wet/muddy conditions: Protects pulleys, prolongs life. Made with high quality alumina tiles, abrasion resistant rubber.
Best for
wet/muddy
conditions.
Width upto 500mm.
CN bonding layer: In most metal lining Rubber sheet applications, a thin layer (0.8-1.0 mm) of neoprene backing is added due to its excellent adhesion qualities to metals.
Length upto 10 meters.
Thickness 10-20 mm.
Dimpled surface for grip: The dimples on the pulley surface create micro-sized grip points that provide increased friction with the conveyor belt.
Range of Profiles
Specification
Table
Dimensions
Code
Thickness (mm)
Width (mm)
Length (mm)
DRCL- 5A
12
500
10.000
DRCL- 5B
13
500
10.000
DRCL- 5C
15
500
10.000
DRCL- 5D
17
500
10.000
DRCL- 5E
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
92 % (min)
Density (g/cc)
3.65 (min)
Hardness (R45N)
77 (min)
Flexural Strength (MPA)
240 (min)
Abrasion by rubbing
0.1 (max)
Dimensions
Co-efficient of friction
Rubber lagging
Ceramic lagging
Dry
0.4
0.7
Wet
0.3
0.5
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