Related technologies of belt conveyor rollers

The related technologies of belt conveyor rollers mainly include the improvement of maintenance tools and the innovation of structural design. ‌

Improvement of maintenance tools
The tool uses the design of the wire tube, the first screw and the second screw to support the belt surface by the thread action, which is convenient for replacing rollers. This design is safe to operate and has strong applicability. It can prevent the tool from slipping and flying out, and is suitable for various complex environments. ‌
Structural design innovation
The structure can adjust the position of the roller through the design of the footrest, slide rail, slide plate, guide rod and screw. By turning the screw to disconnect from the slide plate, and then moving the support frame to drive the upper roller to move, the purpose of adjusting the roller position according to the conveying needs of the goods can be achieved. This design improves the flexibility and adaptability of the conveyor. ‌

Types and materials of rollers
According to the material, rollers are divided into rubber rollers, ceramic rollers, nylon rollers and insulated rollers. Common types include grooved rollers, parallel rollers, self-aligning rollers and buffer rollers. Ceramic rollers are wear-resistant, acid-resistant, alkali-resistant, and anti-oxidation. They are suitable for various harsh environments and can effectively prevent belt deviation and extend the service life of the belt.

Causes of roller wear and repair technology
The causes of roller wear mainly include improper material selection, uneven load distribution, environmental factors, and design and manufacturing quality. Repair technologies include replacing damaged rollers, using wear-resistant materials, adjusting load distribution, improving the working environment, and strengthening maintenance. These measures can effectively reduce roller wear and improve equipment operating efficiency and life.