Salt Resistant TD75 Conveyor Side Guide Rollers Groove Shaped
Gate Wing Side Trough Guide Idler Roller For Belt Conveyor
Trough rollers are mainly used in environments with high dust and high corrosiveness in the open air. The various types of rollers we produce are mainly divided into: trough roller sets, trough rollers, trough top rollers, various parallel roller sets, various self-aligning roller sets, and various buffer roller sets. According to the material, it is divided into rubber roller, porcelain roller, nylon roller and insulating roller. Its size can meet the installation requirements of TD75 tape machine, and the size of special circumstances can be customized according to requirements.
Conveyor trough rollers are widely used in open-air dusty and corrosive environments, such as mines, power plants, steel plants, stone plants, cement plants, coal washing plants, salt plants, alkali plants, fertilizer plants, docks, etc. Trough rollers are often used in transportation places.
The influence of the radial runout of the idler on the belt conveyor: within the specified runout range, the belt conveyor can be kept running smoothly, otherwise it will cause the belt conveyor belt to resonate and jump, causing material toss, polluting the environment, and speeding up the belt. The higher the value, the more beneficial the radial runout is smaller. The standard amount in my country is 0.7 mm, and the amount specified in the Japanese JIS standard is 0.5 mm.
Features of trough rollers
1. The trough-shaped roller has the characteristics: acid, alkali and salt are not corrosive to it.
2. The groove-shaped roller has strong hardness: strong.
3. Good airtightness: the trough roller is fully sealed, with plastic labyrinth sealing rings at both ends, oil and grease will not leak, which can keep the rolling shaft for a long time; the trough roller is running in a fully sealed state.
4. The ceramic surface of the trough roller: an oxide film is formed, the surface is smooth, does not adhere to the material, and the friction coefficient in contact with the conveyor belt is small, which reduces the driving force of the winding.
5. Long service life of trough rollers: trough rollers are 2-5 times longer than steel rollers, and can reduce belt wear, belts do not run sideways, and extend belt service life.
6. Low operating cost: trough rollers can reduce the overall cost of belt conveyors and reduce maintenance man-hours.
Item | Trough Roller | Steel Roller | Ceramic Roller |
Price | High | General | High |
Chemical Resistance (Strong acidstrong base) | Resistant | Not resistant | Resistant |
Toughness (subject to greater external force) | Not fragile | Not fragile | Fragile |
Surface material adhesion | Not easy | Easy | Easy |
Sliding friction coefficient (to belt) | Low 0.10-0.15 | High 0.68-0.80 | High |
Anti-magnetic performance | Good | Without | -- |
Abrasion of belt | Wear-free | Easy to wear | Easy to wear |
Running power consumption (calculated by steel roller) | 0.85-0.9 | 1 | -- |
Noise and vibration | Low | High | High |
Weight | 3 | 10 | 15 |
Installation and maintenance | Easy installation and maintenance-free | Large installation and maintenance workload | Large installation and maintenance workload |
Water absorption | Low | Low | High |
Impact resistance | Superior | Superior | Inferior |
Service life | 3-5 years | 1-2 years | 1-2 years |
The characteristics of trough rollers are mainly reflected in the following aspects:
A. The trough type roller produced by our company has no effect on acid, alkali and salt, and has strong corrosion resistance;
B. The trough rollers produced by our company have strong hardness and strong wear resistance;
C. The trough rollers produced by our company have very good sealing performance, and oily grease will not leak;
D. An oxide film is formed on the ceramic surface of the trough roller, which has a small friction coefficient in contact with the conveyor belt, which can effectively reduce the driving force of the winding.
E. Long service life of trough roller;
F. Trough rollers can reduce the overall cost of belt conveyors, reduce maintenance man-hours, and lower operating costs.