Key points for installing coal bunker lining boards with different thicknesses

The polymer coal bunker liner not only has the characteristics of increasing slip, but also has the characteristics of wear resistance and buffering. After years of careful research on coal blockage in the coal bunker by our company, we have found that a non adhesive material is designed and installed on the surface of the coal hopper as the liner, making the coal flow smoothly and easily through the funnel. And it also protects the moisture in the coal from rusting the coal hopper, alleviates the impact of coal falling from a height on the coal hopper, and prolongs the service life of the coal hopper. Saves maintenance and dredging time, avoiding unnecessary downtime for repairs. Indirectly creating benefits for manufacturers.

In previous articles, we have summarized and introduced the knowledge of coal bunker lining boards, and now we will summarize some issues that need to be paid attention to during their initial use:

1. Temperature control: It uses ambient temperature, generally not exceeding 80 ℃. When the temperature is low, please pay attention to the static time of the material in the warehouse to avoid the formation of frozen blocks.

2. Remember not to use external forces to damage its structure or loosen fasteners at will.

3. A special reminder is that the static time of materials in the warehouse should not exceed 36 hours (for sticky materials, please do not stay in the warehouse to prevent clumping). Materials with a moisture content less than 4% can have their static time extended appropriately.

We have introduced the installation method of coal bunker lining plates in previous articles. Today, we will introduce the issues that should be paid attention to during installation based on different thicknesses. Firstly, for coal bunker lining plates with a thickness less than 20mm, users can install the longest side of the lining plate vertically and overlap it. Then it is important to understand that for coal bunker lining plates with a thickness greater than 20mm, we should use a 45 degree overlap with the edge cut. Finally, we would like to remind everyone that the above introductions are all related to their weight, in order to better prevent the liner from slipping. Our users should also pay attention to tightening the installed screws when maintaining the lining board. Once any looseness is found, we should tighten it in a timely manner to prevent the lining board from slipping.