200 T continuous drying tower

|Product advantages: The tower body is made of galvanized sheet metal, which is thick and sturdy in structure, with low failure rate and long service life.

·The grain drying tower is mainly designed for high moisture grains in the Central Plains region that are not easily reduced to safe moisture at once.

The specially designed drying section consists of staggered angular ventilation boxes arranged layer by layer. The small spacing between angular boxes

and thin grain layers help hot air penetrate quickly, achieving fast precipitation and uniform drying effects. At the same time, it can achieve continuous

drying and gradual relaxation. The hot air system adopts dual fan segmented variable temperature drying technology.

·Due to the high moisture content and low temperature of the newly entered grains, the first drying stage uses high air temperature and high air volume

for rapid precipitation. At this time, the efficiency of hot air is very high, and saturated exhaust gas is quickly discharged outside the tower, improving

the drying efficiency and achieving the goal of increasing production. Grain enters the gentle cooling stage for heat and moisture exchange,

where surface heat is conducted internally and internal moisture moves towards the surface, reducing crack rates and improving grain quality.

After entering the second and third drying stages, the temperature of the grain has reached over 30% and the moisture content is below 20%.

At this time, using low-temperature drying can save energy. The cooling section adopts a mixed reflux mode, where the grain slowly cools down

and is fully cooled. Due to the adjustable air temperature in different drying stages, the color and quality of the dried grains are superior to the

national standard, and are highly praised by users.

·This machine is widely used for drying grain crops such as wheat, corn, sorghum, rice, soybeans, etc.

·A hot blast stove that uses coal, oil, natural gas, straw, rice husk, and other fuels as its heat source, or steam as its heat source.