Nickel sulfate/cobalt sulfate/*/ammonium phosphate vibrating fluidized bed

Nickel sulfate/cobalt sulfate/*/ammonium phosphate vibrating fluidized beddryerPrinciple:

The material enters the machine from the feeding port and jumps forward on the air distribution plate under the excitation force provided by the vibration motor or other means. At the same time, the air is filtered and heated to a certain temperature, and enters the lower air chamber of the dryer through the air outlet. The material is suspended and in contact with the hot air flow under the dual action of vibration force and the uniform air flow through the air distribution plate. The material particles and the heat medium undergo intense turbulence, which enhances the heat and mass transfer process. The dried product is discharged from the discharge port, and the evaporated moisture and waste gas are recovered by the cyclone separator and discharged into the atmosphere after dust is collected. The lower bed body provides a stable air chamber with a certain pressure for the bed layer. Adjust the induced draft fan to maintain a slight negative pressure on the upper part of the bed material in the upper box, maintain a good dry environment, and prevent dust leakage.

Nickel sulfate/cobalt sulfate/*/ammonium phosphate vibrating fluidized bedDrying machine application：

Battery materials: nickel sulfate, cobalt sulfate, ammonium phosphate

Pharmaceutical and chemical industries: various tablet granules, boric acid, borax, hydroquinone, malic acid, maleic acid, etc.

Food and building materials: distiller's grains, monosodium glutamate, sugar, salt, slag, Douban, seeds, etc.

It can also be used for material cooling, humidification, etc.

Characteristics of vibrating fluidized bed dryer:

The material is heated evenly, with sufficient heat exchange, and the drying intensity is more energy-efficient than ordinary dryers30%左右。

The vibration source is driven by a vibration motorBalanced operation, easy maintenance, low noise, and long lifespan.

Fluidization is stable, without any sharp angles or blowing through phenomena.

Small damage to the surface of the material, suitable for fragile drying, and does not affect the working effect even when the material particles are irregular.

Adopting a fully enclosed structure effectively prevents cross contamination between materials and air, resulting in a clean working environment.

Good adjustability, adaptable to a wide surface, capable of achieving stepless adjustment of material layer thickness, internal movement speed, and amplitude changes.