Operation site of Anhui distiller's grains extrusion dewatering machine

Details

    The distiller's grains dewatering machine is the most important mechanical equipment in the distiller's grains dewatering process, mainly used for pre dewatering of medium distiller's grains to meet the requirements of later drying or fermentation moisture content, thereby reducing later costs. It has strong dewatering ability, simple operation, large processing capacity, and durability. The distiller's grains dewatering machine can be selected based on the physical characteristics of the distiller's grains, and the high-pressure roller press dewatering machine has stronger adaptability and is widely used in various high humidity distiller's grains dewatering processes.

Performance Characteristics Comparison

    The distiller's grains squeezing and dehydrating machine is a new generation of high-pressure roller squeezing and dehydrating equipment developed independently by our company based on the long-term research and development of physical dehydration of distiller's grains, combined with the latest technologies in similar industries at home and abroad. It successfully solved the problem of continuous and highly dried deep dehydration of distiller's grains.

technological process

    The distiller's grains are transported by a conveyor to the material feeder of the high-pressure roller press dewatering machine. They are evenly spread on the mesh belt through a spiral material feeder, while controlling the thickness of the spread on the mesh belt. As the equipment runs, the mesh belt is clamped by two fully tensioned circular mesh belts, one on top and one on bottom. Driven by the driving roller, the distiller's grains are continuously mechanically and physically squeezed by the pre press dewatering zone and three sets of high-pressure roller zones, respectively, to press out a large amount of water. Adjust the extrusion force according to the characteristics of the material to meet the customer's requirements for material moisture.