The coal fired power generation industry is among the heavy industries that need proper abrasion resistant coatings.

This is because it involves handling coal in various stages, from bulk coal to fine particles used for burning.

Hence, along these stages, abrasion and wear will occur on conveyors, chutes, pulverizers, and other equipment.

To combat this problem, the coal processing industry must apply the right abrasion-resistant coatings.

Abrasion Resistant Coatings for the Coal Processing Industry

Abrasion is the top cause of downtime and reduced equipment life. If prolonged, the impacts on repair can be costly.

Therefore, it is important to know which industrial wear-resistant materials are ideal to improve efficiency and asset life.

SLP has been working closely with many industries to provide abrasion-resistant solutions.

Hence, here are some facts about how abrasion-resistant ceramics help coal-fired power plants.

How does a coal processing plant work?

Coal processing is an essential industry used to generate sustainable energy.

This is the main reason coal production requires extensive efforts to improve boiler performance and power plan management.

Moreover, since coal production involves combustion processes, power plants must find the ideal solutions such as wear resistant coatings for efficiency and to reduce operational costs.

More information on the coal preparation plant. 

How coal is formed step by step?

In general, coal undergoes many stages to transform bulk coal into fine particles fit for burning.

To process coal into uniform grains for optimum combustion, the coal will go through the following stages:

1. Coal is reclaimed by the stacker and transported through chutes
2. Silos store the coal for processing.
3. A set amount of coal enters the pulverizer.
4. The pulverizer grinds and mills the coal into fine grains.
5. Coal undergoes the classification process.
6. Milled coal moves to the boiler for burning.

Along with these processes, several types of equipment will face severe abrasion due to the harsh nature of the coal and the extreme stages of processing it.

Thus, processing coal requires durable and quality abrasion-resistant products for high-performance operations.

What causes abrasion during coal production?

Several elements in coal are abrasive and corrosive to materials.

These elements include carbon, hydrogen, oxygen, nitrogen, and sulfur. Moreover, coal also has high levels of chlorides, which can damage unprotected materials.

Hence, coal coating the equipment with the best abrasion-resistant materials can greatly extend the lifespan of the necessary equipment in coal production.

Best Abrasion Resistant Coatings for the Coal Industry

SLP offers several ideal solutions to prevent coal processing abrasion. Moreover, customized wear-resistant coatings are available based on temperature, velocity, flow rate, and the coal’s abrasive nature.

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However, merely purchasing abrasion-resistant coatings is not enough. This is because preparation of the equipment surface is a must before application, based on the manufacturer’s guidelines.

So, consult or hire an abrasion-resistant linings expert to properly install the abrasion-resistant coatings. This will certainly reduce equipment failures and improve operations.

Protect with Proper Abrasion Resistant Coatings

The right wear resistant linings can significantly protect your equipment

In conclusion, high-performance wear resistance coating is crucial for the coal-fired power generation industry.

Due to the corrosive nature of coal, the equipment, especially related to combustion, demands abrasion-resistant castable for optimum operations.

Hence, SLP is ready and prepared to minimize the abrasion risks of equipment with our customized and top-grade abrasion-resistant materials.

However, if you need more detailed support, our responsive team can help provide ideal solutions for you.  

Suggested read: Essential Services that a Refractory Contractor Should Provide

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