Cixi Zhouxiang Heli Electric Appliance Factory official website officially launchedCixi Zhouxiang Heli Electric Appliance Factory official website officially launchedCixi Zhouxiang Heli Electric Appliance Factory official website officially launchedCixi Zhouxiang Heli Electric Appliance Factory official website officially launchedCixi Zhouxiang Heli Electric Appliance Factory official website officially launchedCixi Zhouxiang Heli Electric Appliance Factory official website officially launched　

Requirements for the operating environment of ozone generators There are many factors that affect ozone generators, and the environment is one of the important ones. What are the environmental requirements for the use of ozone generators? Let's take a closer look below!　

A plasma generator is a device used to generate high-temperature plasma arcs, mainly composed of three parts: anode, cathode, and coil components. The anode and cathode components include two electrodes used to form an arc, the anode and the cathode. A stable high current (280-350A) is applied between the two electrodes. When the cathode moves forward and comes into contact with the anode, the cathode gradually moves away from the anode and discharges the arc, ionizing the compressed air between the electrodes to form a high-temperature plasma. A tubular plasma spray gun (parallel flow plasma spray gun) is a device that introduces air into the rotating chamber of a heater in a tangential direction. The airflow rotates at high speed inside the heater, forming an airflow with a radial pressure gradient that flows forward. This airflow can control the arc near the central axis of the heater and elongate it. The direction of forward movement of the airflow is consistent with the direction of the arc axis and is basically parallel to each other. Therefore, the airflow is heated by the arc for a longer time. Due to the increase in arc length, the arc voltage also increases significantly. Under the same power conditions, the arc current decreases correspondingly, thereby improving the service life of the electrode　

A negative ion generator is a device that generates air negative ions. The device processes the input DC or AC power through EMI processing circuit and lightning protection circuit, and then uses a pulse circuit to limit overvoltage and current; The high and low voltage isolation lines are upgraded to AC high voltage, and then rectified and filtered by special grade electronic materials to obtain pure DC negative high voltage. The DC negative high voltage is connected to a release tip made of metal or carbon element, and the tip DC high voltage is used to generate high corona, releasing a large number of electrons (e -) at high speed. However, electrons cannot exist in the air for a long time (the lifetime of existing electrons is only nS level), and will be immediately captured by oxygen molecules (O2) in the air, thereby generating air negative ions.　

Ozone generators and other ozone equipment produce ozone with strong oxidizing power and bactericidal effects. Today, it is widely used in agriculture as a useful method for preventing drug damage and environmental purification. Ozone generators can effectively prevent and control downy and gray mold on tomatoes, cantaloupes, and cucumbers in greenhouses, as well as remove mold and aphids from eggplants, mushrooms, potted plants, and other plants. They also promote development. A small greenhouse can achieve good dispersion results by installing one unit and laying pipes above the pathway.