A A plasma air purifier generates plasma, which consists of a mixture of ions and free - moving electrons. Through methods like electrical discharge, this plasma is produced within the device. When released into the air, the unstable ions in the plasma initiate chemical reactions. These reactions break the bonds of harmful substances such as bacteria, virus cells, and volatile organic compounds (VOCs), effectively breaking down their molecular structures. In this way, it cleans the air by eliminating pathogens and removing pollutants.

A Traditional air purifiers often rely mainly on filtration methods. For example, HEPA - based purifiers vacuum air through filters to trap particles, and they need filter replacements every 6 - 12 months to maintain efficiency and prevent bacteria growth on the filters. In contrast, a plasma air purifier uses ionization technology. It actively disinfects the air and surrounding surfaces by diffusing plasma. It can reach hard - to - reach areas as it is in an air - like form, and it doesn't have the issue of filters breeding bacteria. Some plasma air purifiers can also work in tandem with existing air purifiers and may even extend the lifespan of their disposable filters.

A The optimal placement depends on the type of purifier. For portable models, place them in a central location within the room, away from walls and large furniture, to ensure good air circulation. If it's a model designed to be integrated with an HVAC system, it should be mounted as per the manufacturer's instructions within the HVAC unit. This allows the ions to be distributed throughout the building via the HVAC system, effectively clearing air and surfaces of contaminants in all areas served by the system.

A If it's a simple portable unit, it usually just needs to be plugged in and turned on. For more complex models, such as those integrated with HVAC systems, professional installation is recommended. After purchasing the device, our team can assist you. Our certified technicians will carry out the installation following confirmation, ensuring that the device is installed correctly and safely to function at its best.

A Our plasma air purifiers are highly effective at removing a wide range of pollutants. They can eliminate airborne particles like dust, pollen, and PM2.5 down to extremely small sizes, often as low as 0.001 μm. They are also capable of killing various bacteria, viruses, and molds. Additionally, they can decompose harmful volatile organic compounds (VOCs) such as formaldehyde, benzene, ammonia, acetaldehyde, and acetic acid, as well as remove unpleasant odors from the air.

A You may start to notice an improvement in air quality within the first few hours of operation, especially in terms of reducing strong odors. However, for a more comprehensive purification of the air in a room, including the reduction of fine particles and pathogens, it typically takes 1 - 2 days of continuous use, depending on the initial pollution level and the size of the room.

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A Absolutely. Our plasma air purifiers are designed with safety as a top priority. All of our products have been tested and comply with strict safety standards. They are certified to produce zero ozone emissions, meeting the UL 2998 standard. This ensures that no harmful levels of ozone, which can be dangerous to human and pet health, are generated during operation. The ionization technology used is completely safe for continuous use around both people and animals.

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A 10 For models with collecting plates, like our KJ-000, you can remove the plates and clean them using a non - abrasive object. Gently brush the plates to remove debris. For other models, if there are pre - filters, they can usually be washed or vacuumed regularly. Some units may require occasional inspection of internal components, such as checking for any signs of wear or damage to the ionization elements. Always refer to the user manual for specific maintenance instructions for your model.