Inactive Gas, Superheated Steam, Effluent Gas, Air
Operational Method
Continuous
Type
Continuous Vacuum
Voltage
Customized Product
Application Material
Lithium Batteries, Chemicals, New Materials, Food
Volume
Large Capacity
Transport Package
Wooden Box
Specification
customizable
Trademark
Manguo
Origin
China
Production Capacity
500pieces/Year
Product Description
Latest High Value Added Powder Humidity Less Than 30% Vacuum Vibration Dryer
Product Description
Equipment Description
The vibrating dryer is mainly composed of the drying machine body structure, vibrating motor, elastomer support, equipment fixed bracket and dust collection, equipment dust collection, also known as a dust collector, according to the size of the user's space, and the equipment body can be made into an integrated or detachable structure. The body and the dust collection cylinder are equipped with a jacket and insulation. The jacket is heated by high temperature media (mainly high temperature steam or high temperature heat-conducting oil) circulating
in the cavity.
The bottom is equipped with elastomer support (rubber spring) and fixed bracket. The side is installed with vibration motor drive. It is used in combination with secondary dust collection equipment, vacuum equipment, cooling and heat exchange equipment, liquid collection equipment, vapour-water separation equipment and heating equipment, which can be configured accordingly to the user's needs. It is widely used for drying materials in the lithium, chemical, pharmaceutical and food industries.
Principle of Operation
When the equipment is working, the direction of vibration motor excitation force changes in a circular manner. The material is subjected to centrifugal force and rotates with the centre of mass of the dryer. When the material moves along the inner wall of the cylinder and crosses the position of the horizontal surface of the cylinder axis, then under the combined force of the excitation force and the material's own gravity, the material will flip towards the internal direction of the cylinder and fall down into the material below. It circulates in turn to achieve the turning movement of the material in the drying tank, so as to achieve the effect of uniform heating of the material. It reaches the vaporization point under vacuum conditions and then the water evaporates. It is continuously pumped out by the vacuum pump until the material is dehydrated and dried.
· Design Highlights 1.It is suitable for the ultra-fine crushing of materials and its grading accuracy is high. Easy adjustment of particle classification particle size.
2. The interior of the pulverizer can be sprayed with tungsten carbide or lined with wear-resistant ceramics to avoid contamination by metallic impurities.
3. The pulverizer is equipped with a high precision load cell for accurate recording of incoming and outgoing material quantities.
4. It can crush materials up to Mohs hardness class 9.
5. Easy maintenance replacement of the classifier wheels and nozzles.
6. Optimization of the cavity structure and gas flow field through calculations and simulations.
7. It is suitable for automated production lines and allows for closed-cycle protective gas as well as online and remote control.
8. Noise-reducing design to reduce noise damage to humans.
9. The motor shaft end seal adopts a new combination of positive pressure gas and labyrinth seal, which effectively stops the leakage of gas dust;
10. Positive pressure air seal between the grading wheel and the discharge end to stop unqualified particles from mixing into the graded material.
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