anion generator negative ion cold plasma biploar ionizer ioniser air purifier home appliance housing

working principle The input DC or AC power is raised to DC positive and negative high voltage through a pulsed circuit, and the tip is used to discharge the air to ionize the air, thereby generating positive and negatively charged oxygen ions, referred to as plasma; this is similar to "thunder and lightning" to generate plasma.
Appliance This products is widely used in healthy home appliances and air circulation systems, such as: air purifiers, humidifiers, dehumidifiers, wardrobes, washing machines, clothes dryers, heaters, beauty salon appliances, fitness equipment, lamps, wall-mounted air conditioners, fresh air systems , Central air-conditioning system, car elevator, library air circulation transformation system, automobile, bus, train, subway air circulation system. After adding the plasma purification module, the system adds sterilization, disinfection, and deodorization functions, which increases the selling point and it is deeply loved by users.
Custom Instructions We support sample customization, drawing customization, and new design customization, including shell, wire length, wire gauge, circuit design, etc. All specifications can be customized according to your needs.
Installation advice This product is recommended to be installed in the air outlet of home appliances. Install the release port (carbon brush or steel needle, or a customized electrostatic precipitator) in a position where the airflow can pass, preferably directly at the position closest to the air outlet, so as to avoid loss of ions during evacuation in the pipe.
special attention The plasma generator is a device that releases both positive and negative ions at the same time. The positive ions and negative ions will neutralize each other at the moment of release, which brings trouble to us when testing the number of ions released. Therefore, when testing the release of positive ions and negative ions, it is necessary to eliminate the influence of each other. It is recommended to test the release of negative ions when the tip of positive ion release is blocked. Similarly, the release of positive ions is tested when the release stage of negative ions is blocked.