Product introduction
The surface of the drum-encapsulated ceramic lagging sheet is embedded with 95% aluminum oxide ceramic blocks. The rubber grooves between the ceramic blocks ensure drainage and mud discharge during the operation of the equipment, even when working in harsh environments, such as slippery and muddy. Under the high-wear environment, the friction coefficient of the ceramic roller encapsulation is 2-4 times that of ordinary rubber. Ceramic roller encapsulation can solve the problems that conventional rubber rollers cannot solve. The ceramic roller encapsulation has a longer service life than ordinary rubber rollers and can be used for more than 8 years under normal conditions.
Product Features
1. The ceramic lagging sheet on the surface of the ceramic rubber-coated sheet has high wear resistance, and there is almost no wear on the surface after long-term use. The high-elastic rubber at the bottom provides effective elastic support for the ceramic sheet, forming an elastic adhesion between the belt, the ceramic sheet, and the rubber. High wear resistance and high friction coefficient.
2. Ceramic sheets with particles are embedded in high-quality rubber through a special process, and are firmly combined with elastic rubber. The convex point design can ensure the positive traction of the belt, prevent the conveyor belt from slipping and deviation, and improve the conveying efficiency.
3. The unique arrangement of the ceramic sheets eliminates the working stress between the ceramic blocks. The ceramic lagging sheet and the belt drive do not damage the belt. The frequent roller friction of the traditional rubber coating can cause serious damage to the belt. The bump design makes the ceramic and the belt tightly bite. , There is no sliding friction between each other, and multiple bumps are evenly stressed at the same time, and there is almost no damage to the belt.
4. The rubber groove between the ceramic blocks ensures drainage and sewage, better self-cleaning ability, good cushioning, and strong shock and vibration absorption.
5. The ceramic rubber sheet has high bonding strength and is not prone to problems such as glue opening. The on-site operation process is simple, the downtime is short, and the subsequent maintenance cost is low
Comparison table of friction coefficient
| Application conditions | Metal smooth without rubber | Diamond rubber | Ceramic rubber |
| Dry | 0.35-0.40 | 0.40-0.45 | 0.76-0.85 |
| Wet | 0.10-0.15 | 0.30-0.35 | 0.50-0.80 |
| Muddy | 0.05-0.10 | 0.22-0.28 | 0.45-0.55 |
Product model
| Item | Description | Dimensions(mm) | Customizable |
| 1 | Rubber ceramic | 1250*500*20/16/15 | It can be customized according to needs |
| 2 | Rubber ceramic | 1400*500*20/16/15 |
| 3 | Rubber ceramic | 1500*500*20/16/15 |
| 4 | Rubber ceramic | 1600*500*20/16/15 |
| 5 | Rubber ceramic | 1900*500*20/16/15 |
| 6 | Rubber ceramic | 2100*500*20/16/15 |
| 7 | Rubber ceramic | 2500*500*20/16/15 |
The technical parameters of ceramic roller cold encapsulation
Ceramic properties: less than 60mm (test conditions: grinding at 200RPM for 30 minutes)
Ceramic hardness: Mohs 9 degrees
Heat-resistant temperature of ceramic roller: 85℃
Rubber elongation: 40%
Rubber hardness: 60±5 (ShoreA)
Tensile strength of ceramic roller: 150KG/CM
Product Tags:
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