In the process of storage and circulation, coal has a severe impact and wear on the warehouse wall. Traditional concrete or ordinary steel plate warehouse walls are prone to damage, hanging materials and other problems under the "friction baptism" over the years. This not only leads to a reduction in the effective storage volume, but also is likely to cause the risk of supply interruption due to coal and blockage, and even requires frequent shutdown and clearance. There are not only safety hazards, but also considerable economic losses and maintenance costs.

In response to the pain point of this industry, new material technology provides new cracking ideas. This type of wear-resistant coal silo lining is made of advanced materials such as ultra-high molecular weight polyethylene. Its core advantages are its very low friction coefficient and superior impact resistance and wear resistance. It's like putting on a layer of tough "inner armor" on the huge "black granary". This smooth and strong protective layer can effectively reduce the adhesion of coal, ensure its smooth fall, and greatly avoid production interruption caused by blockage.

It is especially important that its outstanding wear-resistant properties significantly extend the service life of the ontological structure of the coal silo. A head of power plant equipment management who did not want to be named said: "Since the installation of a new wear-resistant coal silo liner, the maintenance cycle of the coal silo has been significantly extended, and the previously troublesome clearance workload and related costs have been greatly reduced. What it brings is not the direct sales of products, but the continuous hidden cost savings and operation efficiency improvement for us.

The above information comes from Henan Jinhang Engineering Plastics Co., Ltd. (www.upeplastic.cn)

Henan Jinhang wear-resistant coal silo lining plate manufacturer, focusing on the research and development, production and sales of wear-resistant coal silo lining plate for 20 years. Please indicate the source when reprinting.