Grain dryer huwa adattat għat-tnixxif ta 'ross, qamħ, qamħ u qmuħ oħra. Juża faħam, tiben, ċipep tal-injam u gass naturali bħala karburanti. Għandu veloċità mgħaġġla tat-tnixxif, kwalità tajba tal-qamħ wara t-tnixxif, u spiża baxxa tat-tnixxif. L-arja sħuna tintuża bħala l-mezz tat-tnixxif u t-tnixxif ċirkolari huwa adottat. , B'sejbien awtomatiku ta 'temperatura u umdità, il-magna kollha hija kkontrollata awtomatikament minn mikrokompjuter, l-operazzjoni hija mfassla biex tipprevjeni ġamm u disinji ta' sigurtà multipli, l-operazzjoni hija sempliċi, u t-tnixxif awtomatiku huwa 24 siegħa kuljum u lejl fi ġranet tax-xita.
For a long time, my country's grain drying has mainly relied on natural sunlight to tan on the drying grounds and roads, wasting manpower and material resources, and posing great traffic safety risks. Compared with natural drying, the grain dryer can not only effectively prevent the loss caused by continuous rainy weather and other disastrous weather, and ensure the increase of grain income, but also the operation is simple and efficient, and the labor burden is reduced. At the same time, the rice will not germinate and mold during the drying process, the drying temperature is appropriate, and the drying will be uniform, and there will be basically no bursting during the drying process, thereby improving the quality, storage durability and processability of the rice. In addition, the application of this technology can also prevent the natural drying and pollution of grain, and avoid traffic accidents caused by farmers occupying the road to dry.