Rapid Brick Dryer
Nowadays, given the rising cost of production and the competitive market in the brick industry, companies are choosing to use a rapid brick dryer instead of traditional dryers.
Three factors influence the speed and timing of brick drying:
- Heat: The amount of heat in the drying environment and when the heat reaches the maximum and ultimately the temperature of the brick at the bottom has a significant effect on the quality of the brick produced. Raising the temperature at the beginning and lowering it at the end of the drying process should be done at a slow rate. It should be kept in mind that only after reaching the shrinkage point in the brick, we can increase the ambient heat to the maximum extent possible.
- Humidity: Removing the humidity of the drying environment depends on the suction power of the fans. The higher the suction power of the dryer exhaust fans, the faster the brick will dry.
- Air Density: The density of air in the drying environment and airflow has a great impact on the speed and the time of drying bricks.
By applying the latest knowledge and technology of the world and by changing the parameters of these three factors, it can save time, energy, and cost of producing bricks by speeding up the drying of the bricks and ultimately producing more and higher quality products.
In today’s competitive marketplace, brick dryers have become the focus of attention for manufacturers due to lower prices and a significant reduction in energy carrier consumption and production speeds.
Quick dryers are divided into two types: Rotary and Mono Layer.
