Dryer manual

TGZZ Vibratory Fluidized Bed Drier (Drying, Cooling, Humidifying): This type of drier uses a vibration motor to generate forces that cause the machine to vibrate; under the action of these forces in a specific direction, the material moves forward by jumping. At the same time, hot air supplied from the bottom of the bed keeps the material in a fluidized state, allowing the material particles to come into full contact with the hot air, thereby achieving an optimal drying effect. The TGZZ linear vibratory fluidized bed dryer belongs to the category of fluidized continuous drying equipment. The material enters the machine through the feed inlet; under the action of excitation forces, it is thrown horizontally forward along the perforated bed surface and moves continuously. Hot air passes upward through the fluidized bed surface, exchanging heat with the material, after which the wet air is discharged through the exhaust outlet. A cyclone separator or bag filter is installed in front of the air intake device to capture trace amounts of dust and reduce pollution. Key features: Even heating surface for the material, excellent penetration performance, thorough heat exchange, fast drying speed, and 30% greater energy efficiency compared to conventional dryers. It features a compact and rational structural design, occupies a small area, and has a much higher production capacity compared to other devices of the same type. 　　For the drying of materials that can only be dried under low humidity conditions, have a high moisture content, require a low final moisture level, and demand high production rates, it can be used in combination with air flow dryers. 　　Easy to operate, saves labor, and reduces the workload. 【Features】 ◆ The vibration source is driven by a vibrating rotary kiln motor, ensuring stable operation, easy maintenance, low noise, and a long service life. ◆The fluidization is uniform, with no dead voids or penetration phenomena, allowing for even drying and cooling of the products. ◆It has good adjustability and a wide range of applicability. The layer thickness, the movement speed within the machine, and the full amplitude can all be adjusted continuously. ◆It causes minimal damage to the surface of the materials, making it suitable for drying fragile materials ； Irregular particle shapes of the material can also affect performance. ◆It features a fully enclosed structure that effectively prevents cross-infection between materials and air, maintaining a clean working environment. ◆It features high mechanical and thermal efficiency as well as excellent energy-saving performance, capable of saving 30–60% more energy compared to conventional drying devices. Application range: It is suitable for the dehumidification and drying of granular, powdered, as well as small piece or strip-shaped materials in industries such as chemicals (fertilizers), pharmaceuticals, food (additives), plastics, building materials, and mining. Applications: It is suitable for tasks such as drying and cooling of powdered and granular materials in industries including chemicals, pharmaceuticals, food, dehydrated vegetables, grains, and minerals. 　　Examples include citric acid, monosodium glutamate, borax, ammonium sulfate, compound fertilizers, shredded radish, soybean meal, alcohol, seeds, slag, sugar, etc. This machine is widely applicable to tasks such as drying, cooling, and humidifying powdered or granular materials in industries including chemicals, light industry, pharmaceuticals, food processing, plastics, grain and oil production, slag handling, salt manufacturing, and confectionery production; it can also be used for drying and cooling, as well as cooling and humidifying. Specific materials include: citric acid, monosodium glutamate, borax, ammonium sulfate, compound fertilizers for cold storage panels, shredded radish, soybean meal, slag, sugar, etc. In the pharmaceutical and chemical industry: various tabletting granules, boric acid, borax, hydroquinone, malic acid, maleic acid, etc. Food and building materials: distillers’ grains, monosodium glutamate, sugar, salt, slag, soybeans, seeds, etc.