High-Energy Bipolar Ionizer for Air Purification
Generate high-energy ions (positive ions H’or O2 and negative ions O: or OH ) for ionization scenarios such as air purification, waste gas treatment, and sterilization. Contact reaction, rapid deodorization. (Within seconds) Particularly suitable for odor removal in bathrooms/super market/KTV etc, no any ozone residue.
Description：Odor Free Ozone Generator
Principle—High-Energy Bipolar Ionizer for air purification
- Xinozone bipolar ionizer utilizes the natural principle of air purifcation through ions. lt works by simultaneously generating and releasing positive ions (H’or O2) and negative ions (O: or OH ) into the air. These ions act as active cleaners that seek out and destroy airborne pollutants, including:
Viruses, bacteria, and mold
Allergens
Odor molecules (VOCs)
Particulate matter
Function
- Purfies air
- Eliminates odors
- Kills bacterica/viruses
Features
Dual-stage ionization
By using an efficient dual gap hardware structure, the bipolar ionization effect of simultaneously generating and releasing positive and negative ions can be achieved.
Long lifespan than other air purifier
This product lasts for 3-5 years, depending on your environment. To extend its life, simply replace the ion tube when needed.
Deodorization completed within seconds
- Active Purification: The ions actively seek out pollutants instead of passively waiting for air to pass through the machine.
- Full-Room Coverage: Cleans the air effectively throughout the entire room, not just the area near the machine.
- High Efficiency: Particularly effective against gaseous pollutants (odors, VOCs) and microorganisms.
- Energy Efficient: Operates with very low power consumption.
Xinozone bipolar ionizer uses high-quality ionization technology to ensure ozone-free emissions, providing a safe and effective solution for air purification.
Typical Application Scenarios
- Air purification: Degrading formaldehyde, odors, and killing bacteria and viruses (e.g., in central air conditioning purification systems).
- Industrial waste gas treatment: Decomposing pollutants such as VOCs (volatile organic compounds) and sulfides (e.g., in chemical and printing industries).
- Material processing: Modifying material surface properties through ion bombardment (e.g., plasma processes in semiconductor manufacturing).