Energy saving and maintenance method of high temperature kiln
High temperature kiln is a kind of processing equipment for drying wood, which has the advantages of high efficiency, simple operation, low power consumption and good drying effect. The following are the energy saving and maintenance methods for high temperature kiln.
How does a high temperature kiln achieve energy savings?
First of all, the structure of the high temperature kiln should be reasonable. If the structure is not reasonable, it will cause excessive fuel consumption and have a great impact on the quality of its products. The service life of the kiln has been extended to a large extent. Now, the structure of the high-temperature kiln is continuously improved, gradually breaking the traditional working state of the traditional ceramic kiln, and using pressure to create high-speed airflow, recirculating the airflow to form a rate. Flow, so that the temperature rises uniformly in the kiln, so that the product is heated uniformly and quickly, which greatly saves fuel consumption, thereby achieving the effect of energy saving;
Secondly, improving the tightness of the kiln can effectively prevent the temperature rise of the flue gas in the kiln and the infiltration of cold air, and can also indirectly reduce the temperature difference between the upper and lower kiln, thereby reducing heat loss and shortening the high-temperature holding time to The effect of reducing fuel consumption;
In addition, fuel consumption can be reduced by low-temperature firing, which can also increase the service life of the kiln and the number of times the kiln furniture is used;
Finally, we can formulate a reasonable operation plan according to the characteristics of 柸 and glaze, the structure of high temperature kiln and the type of fuel, so that all items can be fully and reasonably applied to reduce the excessive waste of fuel.
Maintenance method of high temperature kiln
1. Pay attention to the treatment of the stagnant water drainage around the kiln. There is too much water in the groundwater and surface area, it is easy to cause the foundation to soften, the ground resistance is reduced, the structure of the kiln is changed, and the kiln body is cracked.
2. The metal pipes on the kiln are easily oxidized and corroded under high temperature and high humidity production conditions. During normal maintenance, detailed inspection should be carried out, and all parts should be treated with anticorrosion to avoid damage and cannot be used, affecting the normal kiln. Production.
3. Bricks exposed to high temperature in the kiln, whether red bricks or refractory bricks, will peel off, fall off or the surface will be melted after long-term use. When the surface exposed to high temperature is used as a protective layer, the protective layer directly contacts the flame, and the brickwork in the kiln does not contact the high temperature, which greatly prolongs its service life. If the protective layer is damaged, it should be repaired or replaced in time to avoid damage to the kiln body.
The above is an introduction to the energy saving and maintenance methods of high temperature kiln. I hope that everyone will be helpful after understanding the energy saving and maintenance methods of high temperature kiln.
