▎ 摘　　要

NOVELTY - Suspension drying method of biological sugar crystal material, comprises taking the biological sugar crystallization material to be dried, and pre-drying the biological sugar crystallization material through a screw conveying hot air-drying device, passing the pre-dried biological sugar crystallization material through a quantitative device to obtain a set amount of crystallization material, transporting the quantitative crystallization material to the segmented crystal suspension drying device through the arrangement device, re-drying the pre-dried crystalline material by a segmented crystal suspension drying method, performing dryness detection on the dried crystalline material, inputting the crystalline materials that meet the dryness into the finished product warehouse, and re-drying the crystalline material that does not meet the dryness standard until the dryness requirement is met. USE - Suspension drying method of biological sugar crystal material ADVANTAGE - The method uses the sectional suspension dry pre-dry the crystal to finally dry the suspension dry the process of each crystal has a large gap, so that the moisture of the crystal can be quickly dried, so the crystal dry fast. The needed heat energy is small. The heating element uses the composite of the graphene and lithium iron phosphate, it can improve the electronic conductivity of the lithium iron phosphorus, the loss is reduced to improve the conversion of the electric energy to the heat energy, and further achieve the purpose of saving energy. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view drying device of suspension-type dry of biological sugar crystal material Conveying cavity (600) Screw conveying assembly (601) Crystal inlet (602) Hot air inlet (603) Air flow heating device (604) Air supply device (605) Discharge port (606) Buffer box (607) Crystal outlet (608) Quantitative device (609) Airflow outlet (610)