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Control Cabinets  (customized) CC21
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  • Control Cabinets  (customized) CC21
Control Cabinets (customized) CC21
Cabinets (customized)

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Control Cabinets (customized) CC21

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Utilizing TEABN's leading Technologies & solutions

Discriptions

Working principle: The core principle of the electric electrostatic spray system is to utilize the high-voltage electric field generated by the high-voltage electrostatic generator to charge the liquid sprayed out by the nozzle (such as pesticides, paints, liquid fertilizers, etc.). When the charged liquid particles leave the nozzle, under the action of the electrostatic field, they will move towards the target objects with opposite charges (such as crops, sprayed objects, etc.), thereby achieving precise spraying. This spray method based on electrostatic attraction can make the droplets adhere to the target surface more evenly, improving the efficiency and effect of the spray.
System composition:
High-voltage electrostatic generator: This is a key component of the system. It can generate high voltage (typically ranging from several thousand volts to tens of thousands of volts), providing the required electric field for the charging of liquids. The performance of the high-voltage electrostatic generator directly affects the quality and effect of the spray.
Nozzle: Specially designed, the nozzle can make the liquid carry an electric charge when it is sprayed out. The structure and material of the nozzle have a significant impact on the size, shape and electrical performance of the droplets. Common types of nozzles include pressure nozzles, centrifugal nozzles, etc. In electrostatic spray systems, corresponding improvements will be made to meet the requirements of electrostatic spraying.
Liquid supply system: It is responsible for stably delivering liquids (such as pesticide solutions, paints, etc.) to the nozzles. The liquid supply system usually includes components such as storage tanks, filters, and pumps to ensure the cleanliness and stable supply of the liquid.
Control system: It is used to regulate and control the operating parameters of the entire spray system, such as voltage magnitude, spray flow rate, spray Angle, etc. Through precise control, the best spray effect can be achieved according to different application scenarios and requirements.