about OxyShield
UNPARALLELED AIR-PURIFYING FOR DAILY USE
The OxyShield is designed and engineered to be so simple to use that it encourages daily usage, like wearing a watch.
It provides nature's own powerful properties with a built-in ionizer that attracts free-roaming particles and captures them, reducing allergens and pollutants that invade the space you breathe.
It provides nature's own powerful properties with a built-in ionizer that attracts free-roaming particles and captures them, reducing allergens and pollutants that invade the space you breathe.
Just take a look
Benefits
Neutralizes odors
Neutralizes smoke, various odors including chemical, cigarette smoke and has sanitation option with a special "away mode"
Effective
Destructs heavy pollen particles, dust, dirt flakes, pet dander, or any other irritants
Easy to use
All the functions of this device can be easily accessed with one small remote control and include user-friendly features
Silent
Minimal noise level, almost silent operation
Smart
The unit can operate in smart «hands-off» mode and The IntelliAir™ system which makes the device easy to operate
simple maintenance
Has a built-in indicator that informs users when a scheduled maintenance or service check is needed
Product Review
Technologies
RCI
Bi-polar ionization
O₃
— A honeycomb shaped matrix coated with titanium dioxide (TiO₂) inside the device allows maximum surface area for UV light exposure.
How does rci work?
— Reactions occur to generate the following reactive oxygen species (ROS):
a) Hydroxyl Radicals (·OH): Formed by electron being taken from water by + charge on the TiO₂ matrix
b) Superoxide Ion (O₂-): Formed by a released electron reacting with O₂
c) Hydrogen Peroxide (H₂O₂): Formed by two hydroxyl radicals combining.
d) O₃: Formed by the UV light splitting O₂. Resulting O- joins another O₂ to form O₃
a) Hydroxyl Radicals (·OH): Formed by electron being taken from water by + charge on the TiO₂ matrix
b) Superoxide Ion (O₂-): Formed by a released electron reacting with O₂
c) Hydrogen Peroxide (H₂O₂): Formed by two hydroxyl radicals combining.
d) O₃: Formed by the UV light splitting O₂. Resulting O- joins another O₂ to form O₃
— UVC light from a UV lamp shines on this matrix at the right wavelength to release electrons from the TiO₂, leaving a positive charge on the matrix (hydrophilic - attracting water).
— Hydroxyl radicals released from the device
— Comes into contact with pathogens both in the air and on surfaces
— Disrupts the lipid envelope and/or capsid around the virus causing membrane to be disrupted
— Penetrates virus’ interior and disrupt its RNA/DNA
— Also passes through the outer cell wall structures of bacteria and inactivates membrane signaling, making the bacteria non-viable.
— Comes into contact with pathogens both in the air and on surfaces
— Disrupts the lipid envelope and/or capsid around the virus causing membrane to be disrupted
— Penetrates virus’ interior and disrupt its RNA/DNA
— Also passes through the outer cell wall structures of bacteria and inactivates membrane signaling, making the bacteria non-viable.
Hydroxyl Radical
— SuperOxide anion released from the device
— Comes into contact with pathogens both in the air and on surfaces
— Disrupts the lipid envelope and/or capsid around the virus causing membrane to be disrupted
— Penetrates virus’ interior and disrupt its RNA/DNA
— Also passes through the outer cell wall structures of bacteria and inactivate membrane signaling, making the bacteria non-viable.
— Comes into contact with pathogens both in the air and on surfaces
— Disrupts the lipid envelope and/or capsid around the virus causing membrane to be disrupted
— Penetrates virus’ interior and disrupt its RNA/DNA
— Also passes through the outer cell wall structures of bacteria and inactivate membrane signaling, making the bacteria non-viable.
SUPEROXIDE
— Hydrogen peroxide released from the device
— Comes into contact with pathogens both in the air and on surfaces
— Destroys the cell walls of bacteria Attacks the membrane lipids, DNA, and other essential cell components.
— Effective against bacterial, viruses, spores, and fungi
— Comes into contact with pathogens both in the air and on surfaces
— Destroys the cell walls of bacteria Attacks the membrane lipids, DNA, and other essential cell components.
— Effective against bacterial, viruses, spores, and fungi
Hydrogen Peroxide
— O₃ released from the device
— Comes into contact with pathogens both in the air and on surfaces
— O₃ enters through the disrupted cell wall and oxidises the bacteria’s replication material, making the cell unable to replicate.
— O₃ disrupts bacterial cell walls resulting in the contents of the cell the leak out
— Comes into contact with pathogens both in the air and on surfaces
— O₃ enters through the disrupted cell wall and oxidises the bacteria’s replication material, making the cell unable to replicate.
— O₃ disrupts bacterial cell walls resulting in the contents of the cell the leak out
O₃
RCI
We have built beautiful homes for ourselves and our families, but in doing so we have also surrounded ourselves with too many fabrics like curtains, carpets, pillows and blankets that all create large amounts of dust in our homes. We have also brought a lot of electrical devices that produce static and create many positively charged ions.
These positively charged ions keep all small particles of dust in the air, in our breathing zone, not letting them drop down on the floor. Those dust particles cause a lot of health problems starting with headaches and all the way too allergies and asthma, but more importantly these dust particles are the best traveling method for viruses. That’s where ionization comes in. Ionization process produces negatively charged ions that attach to those positively charged ions and make them heavy enough to drop down on the floor – out of our berating zone.
These positively charged ions keep all small particles of dust in the air, in our breathing zone, not letting them drop down on the floor. Those dust particles cause a lot of health problems starting with headaches and all the way too allergies and asthma, but more importantly these dust particles are the best traveling method for viruses. That’s where ionization comes in. Ionization process produces negatively charged ions that attach to those positively charged ions and make them heavy enough to drop down on the floor – out of our berating zone.
Needlepoint Bi-Polar Ionization
Air purifiers that generate only negatively charged ions are past century purifiers. The ratio of negatively charged ions and positively charged ions in nature is 3 to 4. Three positively charged ions to four negatively charged ions. That’s why Bi-Polar Needlepoint Ionization is important. We don’t want to have too many positively charged ions nor do we want to have too many negatively charged ions. We want to recreate nature’s ion balance indoors.
OxyGi has developed a very precise Bi-Polar Needlepoint Ionization technology for you to enjoy. You can rest assured that with OxyGi you are always on the technology’s cutting edge!
OxyGi has developed a very precise Bi-Polar Needlepoint Ionization technology for you to enjoy. You can rest assured that with OxyGi you are always on the technology’s cutting edge!
What are Ions?
How does it work?
The air is full of molecules. The electricity has free movement through these molecules.
When the molecules come into contact with the device it splits them into ions (OH-, O-, H+)
When the molecules come into contact with the device it splits them into ions (OH-, O-, H+)
Effect of ions on dust
— Ambient air enters into the unit
— Molecules in the air (O₂ & H₂O) touches the charged needlepoint. Negatively charged ions (anions) and positively charged ions (cations) created
— Anions and cations released from the device
— Anions and cations attract dust particles, causing them to stick together and sink below the breathing zone
— Molecules in the air (O₂ & H₂O) touches the charged needlepoint. Negatively charged ions (anions) and positively charged ions (cations) created
— Anions and cations released from the device
— Anions and cations attract dust particles, causing them to stick together and sink below the breathing zone
— Ambient air enters into the unit
— Molecules in the air (O₂ & H₂O) touches the charged needlepoint. Negatively charged ions (anions) and positively charged ions (cations) created
— Anions and cations released from the device
— Anions and cations disrupt outer membrane of the pathogen, causing the pathogen to be destroyed
— Molecules in the air (O₂ & H₂O) touches the charged needlepoint. Negatively charged ions (anions) and positively charged ions (cations) created
— Anions and cations released from the device
— Anions and cations disrupt outer membrane of the pathogen, causing the pathogen to be destroyed
Effects on microbes
— Odorous air enters the unit.
— Odor compounds come into contact with the needlepoint charged with voltage.
— Voltage breaks the odor compound into smaller non-odorous molecules
— Odor compounds come into contact with the needlepoint charged with voltage.
— Voltage breaks the odor compound into smaller non-odorous molecules
Inside
— Molecules in the air (oxygen & water) comes into the device and touches the charged needlepoint
— Negatively charged ions (anions) and positively charged ions (cations) created
— Anions and cations released from the device
— Anions and cations interact with the odorous compounds and changes their composition to non-odorous compounds
— Negatively charged ions (anions) and positively charged ions (cations) created
— Anions and cations released from the device
— Anions and cations interact with the odorous compounds and changes their composition to non-odorous compounds
Outside
O₂ molecules enter the air purifier and hit the special ceramic plate with metal mesh. Special high voltage generator creates 5000 volts and supplies them to that plate so O₂ molecules that come through the ceramic plate can be reformed into O₃ molecules and
become trioxygen. Three O₂ molecules are reformed into two O₃ molecules. When a trioxygen molecule comes in contact with any organic or chemical binding in the air it uses that third active atom to break that binding and neutralize it.
become trioxygen. Three O₂ molecules are reformed into two O₃ molecules. When a trioxygen molecule comes in contact with any organic or chemical binding in the air it uses that third active atom to break that binding and neutralize it.
O₃
What is O3?
Effects of O₃ against virus?
— O₃ released from the device comes into contact with the virus
— O₃ damages the viral capsid and enters the virus.
— Disruption of reproductive cycle
— O₃ damages the viral capsid and enters the virus.
— Disruption of reproductive cycle
how does the device produce O₃?
— O₃ released from the device comes into contact with the fungal cells
— O₃ oxidises the amino acids and fatty acids in the cell wall.
— Fungal cell wall disrupted
— O₃ oxidises the amino acids and fatty acids in the cell wall.
— Fungal cell wall disrupted
Effects of O₃ against fungi?
Technical information
additional information
ADDED FEATURES
ON/OFF FEATURE
To preserve battery life
EASY MAINTENANCE
No fans, filters or maintenance are required
SPECIFICATION
Design Life: 97600 Hours
Power Lithium: Battery
Manual: Download
Ionization: Yes
UV: Yes
Active-Ox: Yes
Performance rate: <0.01 ppm
Voltage: 3VDC
Power consuming: <0.03W
Size: 3.8 x 2.2 x 1 in / 83.8 x 55.6 x 25.4mm
Weight: 50g
SHIPPING
Shipping charges are clearly visible to you at checkout page of our website before you enter your payment.
We use United States Parcel Services (USPS) for small packages under 2 pounds and UPS for larger packages over 2 pounds using ground service provided by these carriers.
Delivery time may vary from 2 to 9 days in USA and one to four weeks for international orders depending on the distance to you from our warehouse located in Los Angeles, California.
Orders ship within 24-business hours. Orders placed on Fridays, holidays or on weekends will be shipped the following business day.
Once your order ships we will email your tracking number to the email address you provide to us when placing your order on our website.
If you have any questions about shipping, your order or anything else you are welcome to send us an email at any time to support@oxygi.com Our friendly customer service representatives usually reply within 1 hour during our business hours.
WARRANTY
Warranty: 3 months
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Oxygi Products
1007 North Orange Street, 4th Floor #91
Wilmington, Delaware 19801
United States
Wilmington, Delaware 19801
United States
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