2024-07-05 17:14:31
Drying kiln refers to the process of gradually drying and solidifying refractory materials, bricks, and other materials inside the kiln through gradual heating before formal production, after the kiln is newly built or overhauled, in order to achieve the normal working state of the kiln.
During the construction process of the kiln, masonry materials, backfill insulation soil, etc. will contain a large amount of water. If these water contents are directly put into production without kiln drying treatment, they will quickly evaporate at high temperatures, producing a large amount of steam, leading to a sudden increase in pressure inside the kiln, which may cause safety accidents.
By drying the kiln, this moisture can gradually be discharged, thereby reducing the safety risks of the kiln during operation.
The kiln drying process is a slow heating process that can gradually solidify refractory materials and form a stable kiln structure. This structure can withstand high temperature and pressure, ensuring stable operation of the kiln in the subsequent production process.
The kiln that has undergone kiln drying treatment has a more uniform internal temperature distribution and a more stable calcination process. This is conducive to the full decomposition and reaction of products (such as lime, ceramics, etc.), thereby improving the quality and yield of the products.
Drying the kiln can promote the solidification of refractory materials and the stability of the kiln structure, reducing the risk of damage that may occur during the use of the kiln.
By drying the kiln, the internal stress generated during the construction process of the kiln can be eliminated, avoiding problems such as cracks and deformation caused by stress concentration in the subsequent use of the kiln.
Drying the kiln can also reduce the thermal stress changes caused by water evaporation in the early stages of production, further protecting the kiln structure from damage and extending its service life.
Kiln construction and drying are key steps to ensure the safe and efficient operation of the kiln, which are of great significance for improving product quality, extending the service life of the kiln, and reducing production costs.
Prev: Performance and main uses of thermal insulation silicon corundum bricks
Next: The performance of amorphous refractory materials
Back To List
