Working Principle

The mixed-flow drying process is adopted, and the interior is composed of angular ventilation boxes arranged in layers and staggered. The hot air enters through the intake angle box, passes through the grain layer in the upper and lower directions, and transmits heat and moisture with the grain, and the exhaust gas is discharged through the exhaust angle box. The hot air flows in the same direction and in the opposite direction with the grain flow, which increases the temperature of the grain and evaporates the water. The dried hot grain flows down to the slow su section, so that the temperature and moisture of the inner and outer layers of the grain tend to be balanced, and then enters the cooling section to cool down to the grain storage temperature, and finally discharges by the grain discharge section.

Applicable scenarios

Agricultural production: It is used to dry grain crops such as rice, corn, wheat, etc., which can help farmers quickly process grain during the harvest season, prevent grain mildew and deterioration caused by wet weather, and ensure the safety and quality of grain storage. Emergency drying: In extreme weather such as "bad rain", it can be used as an emergency drying equipment to quickly reduce the high humidity moisture of grains to safe moisture and reduce the post-harvest loss of grain. Small-scale farms and farmers: suitable for small-scale farmers or cooperatives with a daily processing capacity of 3-15 tons, with small investment and low use costs, which can meet the needs of family-scale grain drying, and can also be used to help neighbors dry to achieve revenue sharing