Applications
The continuous vibration dryer is suitable for heating and drying of materials in a continuous drying operation.

Operational Principle
This vibration spiral elevator is designed with heating function. The material is heated using the jacketed vibratory plate during the long-distance vibration transmission, thus ensuring the water vapor dries faster with a better drying effect.

• The continuous vibrating elevator and dryer achieves drying, lifting and conveying.
• There is no extrusion of the mechanical force during the conveying process, thus ensuring it meets requirements for non-destructive transport occasions.
• Small footprint
• The heat conduction medium heats the materials using the jacket and solves issues caused by a low energy efficiency of the hot air in the drying of a traditional boiling bed. This leads to a higher, better effect than hot air drying.
• There has no accumulation of material, and it will dry evenly due to material movement during continuous rolling vibration.
• Heating mediums include infrared, hot water, steam and heat transfer oil, and the heating temperature can be controlled.
• The feeding section is cooled using a jacket to avoid damping.
• Because there is no external forced hot air entry, impurities that can contaminate materials in the hot wind are avoided.
• The materials can be made for top infeed and bottom outfeed or bottom infeed and top outfeed both of which utilize a customized height, according to customer needs.
• A removable thermal insulation jacket structure can be designed in order to improve the thermal efficiency.
• The continuous vibration dryer can be equipped with closed intake and exhaust structure to avoid environmental pollution of powdery materials.
• It can add nitrogen gas protection to prevent materials from oxidizing and deteriorating during high temperature work.
• It can add a wear-resistant ceramic veneer layer to adapt to the long-term transportation of high hardness products.
• Dry and lifting of different material types can be continued after a quick cleaning due to the easy cleaning of the machine.
• It adjusts the conveying speed and output of materials to meet the drying time requirements for different materials by adjusting the vibration frequency and the excitation force.

• The energy consumption is significantly reduced and the comprehensive benefits are significantly improved.
• The drying process conditions are flexible and can be automatically controlled.
• The material quality is improved and stable after drying.
• Continuous operation makes the operation simple and efficient.
• Improve the working environment of workers.