ZLG vibrating fluidized bed dryer

NegotiableUpdate on 01/10

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

ZLG vibrating fluidized bed dryer is a type of dryer in which materials enter the machine from the feed inlet. Under the action of vibration force, the materials are thrown along the horizontal fluidized bed and continuously move forward. The hot air passes through the fluidized bed and exchanges heat with the wet materials. The humid air is removed by a cyclone separator and discharged by a 1:3 exhaust fan. The dried materials are discharged from the discharge inlet.

Product Details

ZLG vibrating fluidized bed dryer

Linear vibrating fluidized bed, also known as "modified fluidized bed". It was designed and developed in the 1960s to solve the problem of the dead zone formed by the channel flow during the drying of small particles in ordinary fluidized beds. When the particle distribution is large, it is entrained. If the material stays in the machine for different times, the moisture content of the particles after drying will be uneven, and agglomeration and agglomeration will occur when the material humidity is high. Today, it is widely used in chemical, light industry, and pharmaceutical industries. This machine is one of our company's main products for drying and cooling powder and granular materials in industries such as food plastics, grain and oil, and salt production. Our company has different models and structures. We hope that industry friends can work together to research and promote the application of this model in various fields.

Application:

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

Pharmaceutical and chemical industries: various tablet granules, boric acid, borax, hydroquinone, malic acid, maleic acid, etc.
It can also be used for material cooling, humidification, etc.
Cellulose: carboxymethyl cellulose. cmc.

ZLG vibrating fluidized bed dryerPrinciple:

Due to the application of vibration, the small fluidized gas velocity can be reduced, which can significantly reduce the air demand and thus reduce dust entrainment. The supporting heat source, fan, cyclone separator, etc. can also be correspondingly reduced in size, and the cost of the complete equipment will be significantly reduced, saving energy.
It is convenient to adjust the vibration parameters to change the duration of material retention in the machine. The piston flow operation reduces the requirements for uniformity and regularity of material strength, making it easy to obtain uniform dry products.
Vibration helps to disperse materials. If appropriate vibration parameters are selected, materials that are prone to agglomeration or generate channeling in ordinary fluidized beds may be able to undergo smooth sulfurization and drying.
Due to the absence of intense backmixing, the airflow velocity is lower compared to ordinary fluidized beds, resulting in less damage to material particles. Vulnerable materials are suitable for materials that require good crystal shape or ion surface luminosity during the drying process.