The application of wear-resistant bricks in waste incinerators has attracted more and more attention. Its excellent high temperature resistance and corrosion resistance make it an important choice for refractory materials in incinerators. Wear-resistant bricks can effectively reduce furnace wear, extend the service life of equipment, and thus reduce maintenance costs.
Through case analysis, many incineration facilities have significantly improved the durability of the furnace and significantly reduced the equipment failure rate after replacing traditional refractory materials with wear-resistant bricks. Taking a waste incineration plant as an example, after the application of wear-resistant bricks, the furnace wear rate was reduced by about 30%, which greatly extended the service life of the equipment.
The excellent thermal conductivity of wear-resistant bricks improves the heat energy utilization efficiency during waste incineration, promoting environmental protection and energy conservation. According to statistics, the average heat energy utilization rate of waste incinerators using wear-resistant bricks has increased by 15% to 20%.
In summary, the application of wear-resistant bricks in waste incinerators not only extends the service life of the equipment, reduces maintenance costs, but also improves thermal energy utilization efficiency, in line with today's society's high requirements for environmental protection and energy conservation. Choosing wear-resistant bricks as the refractory material of the incinerator will provide strong support for the sustainable development of the industry.