Flow-bed working principles: material enters the machine from the feed point, the material throws at the horizontal fluidized bed, moving forward, the hot wind passes up through the fluidized bed and the wet material is replaced by heat, the wet air is drained from the vent by the cyclone separators and the dry material is drained from the vent. Field of application: medical chemicals: various pressure particles, boron acids, boron sands, phenols, apple acids, malay acids, etc. Food construction materials: wine troughs, flavour, sugar, salt, ores, bean petals, seeds, etc. It can also be used for cooling, wetting, etc. Of materials. Characteristics: material is equally heated, thermally exchanged adequately and dry with high intensity, about 30 per cent more energy-efficient than normal dryers. Vibration is driven by a vibration engine, which is smooth, easy to maintain, low noise and long life. Fluidity, no horns and blowbacks. Ungraded adjustments can be achieved through good demixability, adaptation to surface width, layer thickness and amplitude changes at the rate of movement inside the machine. Material surface damage is small and can be used for the drying of fragile matter, and the irregularity of the particles does not affect the work effects. The introduction of a closed structure effectively prevents cross-pollution between material and air and cleans the operating environment. Structure diagram: type a b c d e f (kg) zlg3 x 0. 30 300 1350 900 430 1650 1250 zlg 4. 5 x 0. 30 4500 300 1350 900 430 1650 1560 zlg 4. 5 x 0. 45 450 450 450 1550 950 430 1700 1670 zlg 4. 5 x 0. 6500 600 1650 1650 150 450 1600 zlg6 x 0. 450 950 950 430 1700 1910 zlg6 x 0. 45 600 450 450 430 2700 2100 zlg6 x 0. 660 600 600 1700 950 500 1700 1700 700 2410 zlg6 x 0. 75 700 750 750 750 1850 1000 600 1850 2340 zlg6 x 0. 90 900 2000 1000 600 1850 3160 zlg7
