The ZLG series Vibrating Fluidised Bed Dryer is designed for the efficient drying of granular and powdery materials, utilizing vibration to promote fluidization and heat exchange with hot air.
This dryer offers easy operation, energy savings of about 30% compared to ordinary dryers, stable vibration for consistent performance, and a fully closed structure to prevent cross-contamination.
It can be used for drying materials in chemical industries like xylose and boric acid, as well as foodstuff industries such as monosodium glutamate, edible sugar, and seeds.
Raw materials are fed into the dryer and move forward due to vibration. Hot air passes through the fluidized bed, exchanging heat with the damp materials, while damp air is exhausted and dry materials are discharged.
Yes, the dryer is designed to save energy, with an estimated reduction of energy consumption by about 30% compared to traditional drying methods.
The vibration motor operates quietly, ensuring low noise levels during the drying process.
Yes, the dryer is designed to minimize damage to fragile materials and can effectively handle materials with irregular shapes without affecting the drying efficiency.
The fully closed structure of the equipment helps prevent cross-contamination and ensures a clean operating environment, enhancing safety during the drying process.
The dryer is designed for easy maintenance, with stable operation and accessible components, reducing downtime.
The ZLG series includes various models with different capacities, ranging from 300 kg to 1200 kg based on the specific model selected.
The dryer can operate with inlet air temperatures ranging from 70°C to 140°C, depending on the specific model and material being dried.
With proper maintenance, the Vibrating Fluidised Bed Dryer is designed for long-term use, providing reliable performance over several years.
Installation is straightforward, and the equipment typically comes with comprehensive guidelines to assist with setup.
Yes, the dryer operates on a specified voltage and power requirements based on the chosen model; ensure compatibility with your facility's power supply.
Yes, the drying capacity can be adjusted by modifying the flow rate of the materials and the temperature of the inlet air, allowing flexibility based on specific drying needs.
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