Product Introduction
Although the new model has been released, this old model may not have a stylish appearance, but its small and practical design is also very popular among old users. Many users will repurchase several units to give to relatives and friends. Plasma has the following energy compositions: dual wavelength (UVC, UVD) ultraviolet light+(photoelectric activation) → pure ozone (O3)+atomic oxygen (O)+ground state oxygen (O *). The basic principle of purification and degradation using plasma is to use it at a specific wavelength (UVC)
technical parameter
Although the new model has been released, this old model may not have a stylish appearance, but its compact design and practicality are also very popular among old users. Many users will buy back several of them as gifts to their relatives and friends
Photon plasma has the following energy compositions:
Dual wavelength (UVC, UVD) ultraviolet light+(photoactivation) →
Pure ozone (O3)+atomic oxygen (O)+ground state oxygen (O *),
The basic principle of using photoplasma for purification and degradation is:
Organic compounds (hydrocarbons) undergo photosensitive processes under specific wavelengths (UVC) and intensities of ultraviolet radiation, where the molecules of the organic compounds absorb photon energy at specific wavelengths and the molecular chains are torn apart
Decompose into ions, free atoms, excited molecules, or neutral molecules
Meanwhile, under the irradiation of specific wavelengths (UVD) and specific intensities of ultraviolet radiation
After absorbing photon energy, oxygen molecules (O2) in the air will transform into ozone (O3), atomic oxygen (O), and ground state oxygen (O *)
These elements have very active chemical properties and strong oxidizing effects. They are strong oxidants that can completely oxidize the photosensitive decomposition products of organic matter into volatile harmless gases such as water vapor (H2O) and carbon dioxide (CO2), achieving the goal of thoroughly removing pollutants
So the characteristics of this machine are: powerful, fast, and thorough:
Remove formaldehyde/pet odors/sterilize and disinfect/remove all odors such as smoke and mold
UV1000 was designed during the SARS outbreak in 2003 to protect healthcare workers. It features a white cross design and was launched in 2005
The one we are seeing now is a batch of UV1000 plasma purifiers that were re produced in 2013.
For the sake of portability and convenience, the UV core components have been specially compressed, resulting in low power consumption, small size, and great practicality.
The UV1000 purifier is equipped with two purification modes,
254 wavelength ozone free ultraviolet sterilization and disinfection, with additional negative ion function. This mode can coexist with both humans and machines and remain on for 24 hours.
2. Oxygen ion button (enhanced disinfection mode, producing pure ultraviolet ozone)
The oxygen ion button on the panel controls the purification mode of 185 shortwave ultraviolet. When pressed, the circular button turns blue. 185 shortwave ultraviolet produces ozone. When this button is turned on, both UV wavelength purification modes are activated simultaneously, and the purification speed and effect are very thorough and fast. The usage time in this mode needs to be flexibly controlled according to the environment. In general, places with severe infectious diseases and poor air conditions can be opened for a long time.
3. Usage of reactive oxygen species
The use of reactive oxygen species is adjusted according to changes in space and environment.
Simple usage method: Take turns disinfecting the sealed doors and windows of the room. After leaving the room, turn on the oxygen ion button and wait for 30 minutes in the small room. For rooms with an area of 40-80 square meters, wait for 40-60 minutes.
If the environment is poor, there are many viruses, and there are many people, you can open it several times a day according to the situation, and treat it for 10 minutes each time.
The active oxygen in ultraviolet radiation contains pure ozone, which will neutralize and disappear during the decomposition process with toxic and harmful gases. In other words, if you are in an environment with many people, poor environment, polluted air, and odors, if the concentration of ozone produced by ultraviolet radiation is the same as that of your harmful gas components, the two will cancel out during the decomposition process. You will not be able to smell the odor or the smell of ozone. The most intuitive way to measure the quality of air is to be able to smell the air very fresh and clear, without any odor. Moderate amounts of pure ozone are beneficial to the human body, and the air is particularly fresh and comfortable.
And the environment is the most complex, every household's environment is different, the air flows, and the environment is constantly changing, so there is no fixed definition. How long must oxygen ions be turned on, and must leave the room? In many cases, human-machine coexistence is possible.
This oxygen ion mode is an optional enhanced function button for the UV1000 model. You can choose the duration of activation according to your needs. By experimenting with different environments multiple times, one can master the way that suits oneself.
It is recommended to test the different concentrations and sensations of oxygen ions in different environments as soon as you receive the purifier
Everyone has different levels of acceptance of the smell of ozone. Some people like it, while others are sensitive. Based on personal preferences, this machine can be flexibly controlled. It has two modes. The default mode is the ozone free mode, which does not require leaving people and has good sterilization and disinfection effects. The ozone mode is designed for effective sterilization, disinfection, and deodorization,
4. Technical principle:
Purifying Photoplasma is an advanced oxidative degradation technology formed by advanced photochemical reaction technology. Photoplasma has the following energy compositions:
Dual wavelength (UVC254 wavelength, UVD185 wavelength) ultraviolet light+(photoactivation) → generated afterwards
Pure ozone (O3)+atomic oxygen (O)+ground state oxygen (O *)
By using a special ultraviolet light source with two wavelengths, a series of strong bactericidal and disinfecting light and electric plasma clusters can be generated, collectively known as photoplasma
The basic principle of using photoplasma for purification and degradation is:
Organic compounds (hydrocarbons) undergo photosensitive processes under specific wavelengths (UV-C) and intensities of ultraviolet radiation, where the molecules of the organic compounds absorb photon energy at specific wavelengths and the molecular chains are torn apart, decomposing into ions, free state atoms, excited molecules, or neutral molecules; At the same time, under the irradiation of specific wavelengths (UV D) and specific intensities of ultraviolet radiation, oxygen molecules (O2) in the air absorb photon energy and become ozone (O3), atomic oxygen (O), and ground state oxygen (O *);
These elements have very active chemical properties and strong oxidizing effects. They are strong oxidants that can completely oxidize the photosensitive decomposition products of organic matter, turning them into volatile harmless gases such as water vapor (H2O) and carbon dioxide (CO2), achieving the goal of thoroughly removing pollutants.
The traditional method of generating ozone through high-pressure air discharge is accompanied by the production of nitrogen dioxide (NO2), which is a toxic gas that is difficult to eliminate. This method has been abandoned in sterilization and disinfection of household and other environments.
Photoplasma products use 185 nanometer ultraviolet spectral lines to excite and generate ozone, completely avoiding the generation of harmful gases and ensuring excellent safety.
This is a traditional high-voltage plasma technology that generates ozone to kill viruses
Plasma traditional high-voltage electric ozone device
Optical plasma purification system
Firstly, in terms of function and effectiveness, ozone generators only generate ozone, and the disinfection effect of ozone is minimal
Ozone cannot penetrate the membrane of viruses, while ultraviolet can penetrate the shell of viruses and alter their DNA
Photoplasma technology first uses 185 shortwave ultraviolet to cut open the molecular chains of organic compounds in the air,
Ultraviolet causes changes in bacterial and viral DNA, preventing them from replicating and reproducing,
Then the ground state oxygen atom undergoes a chemical reaction with a single atom, ultimately turning into water and carbon dioxide
The byproduct of shortwave ultraviolet radiation is ozone, which does not play a role. Ozone actually plays a very small role in this process
So, compared to photoplasma, the traditional ozone disinfection method of ozone generators does not have the same level of purification, sterilization, and disinfection speed,
In addition, the ozone generated by traditional ozone generators can cause cancer, so the disadvantages outweigh the advantages. Therefore, we have chosen photoplasma technology, which is both efficient and safe.
The reason why we say that photoplasma produces reactive oxygen species cannot be called ozone, because the chemical composition and effects are different
When using ozone (plasma, ozone generator) generated by corona discharge to remove biological pollution on the surface of objects, it takes about 10 hours.
When irradiated with ultraviolet light, it takes about 1 hour to achieve the same cleaning effect.
When using corona discharge and ultraviolet light irradiation simultaneously, it takes about 1.5 minutes to achieve the same cleaning effect.
When using UVCN purification technology to generate photoplasma, achieving the same cleaning effect only takes 20 seconds.
Ordinary ultraviolet lamps can only directly irradiate and kill viruses on the surface of objects, as there is no circulation and air disinfection cannot be achieved,
Moreover, people cannot be present on site, and general disinfectants and UV lamps cannot achieve 24-hour uninterrupted disinfection.
Photoplasma technology is a comprehensive application technology of ultraviolet technology
Designing traditional ultraviolet light into a purifier system, completely enclosed within the purifier compartment,
Using high-energy ultraviolet and photoplasma to scatter into the air for sterilization and disinfection,
It can achieve no dead corners and disinfect the entire space including the surface of objects,
And it solves the problem of ultraviolet radiation, which is both efficient and safe
Simply put, only high-energy ultraviolet light has undergone refined product design
It can be called a plasma purifier instead of a regular UV antivirus purifier
The 254nm wavelength can effectively kill bacteria and viruses, which has been extensively studied by previous researchers and is an undeniable fact. The characteristic of ultraviolet sterilization is broad-spectrum. Some viruses that are difficult to eliminate at high temperatures can be quickly eliminated by ultraviolet radiation. This is because the sterilization mechanism of ultraviolet radiation is different from other disinfection methods such as drugs. Biological cells have the highest absorption of ultraviolet light waves with a spectral line of 250-270nm. The absorbed ultraviolet light mainly acts on microbial nucleic acids, deoxyribonucleic acid (DNA), ribonucleic acid (RNA), etc. The energy of ultraviolet photons is absorbed by the base pairs, causing photochemical reactions and genetic material to mutate, leading to its destruction and immediate death or inability to reproduce, achieving the purpose of sterilization.
Table 1: Sterilization efficiency of ultraviolet radiation on common bacteria and viruses (radiation intensity: 3000 μ w/cm2)
Beijing Aerospace Hongda Photoelectric Technology Co., Ltd. is the first in Chinese Mainland to develop a new type of ozone ultraviolet sterilization lamp, which adopts high and new technology, greatly enhancing the 185 nm spectral line strength, and using a new quartz glass tube to improve the penetration of 185 nm wavelength ultraviolet light. Therefore, the ability to generate ozone is greatly enhanced. This product has dual UV and ozone capabilities and extremely strong sterilization and disinfection effects, hence it is named "Super strong Sterilization and Disinfection Lamp". It converts O2 in the external air into O3 (ozone) during operation, achieving the purpose of sterilization and disinfection. After stopping work, due to the high activity of ozone, it quickly decomposes into oxygen in normal environments, renewing the air without leaving any secondary residues, which is incomparable to any drug disinfection.
Photoplasma purification technology has been proven to be an effective method for eliminating air and object surface pollution. Through experimental comparison:
When using the ozone generated by corona discharge to remove biological pollution on the surface of an object, it takes about 10 hours.
When irradiated with ultraviolet light, it takes about 1 hour to achieve the same cleaning effect.
When using corona discharge and ultraviolet light irradiation simultaneously, it takes about 1.5 minutes to achieve the same cleaning effect.
When using UVCN purification technology to generate photoplasma, achieving the same cleaning effect only takes 20 seconds.
Comparison of UVCN Purifier and Foreign Brand Formaldehyde Decomposition Testing
The same formaldehyde value takes 2 hours for foreign brands
UVCN Youwei only took half an hour
Formaldehyde value decreased from 2.04 to 0.79
It takes 120 minutes for foreign brands to reduce to 0.79ppm
UV1000 takes 37 minutes
UV4000 takes 14 minutes
UV5000 takes 3 minutes
The reason why the optical plasma purifier developed and produced by Beijing Aerospace Hongda has excellent performance and reputation
Originating from our professional technical background. We all know that ultraviolet radiation can kill bacteria and disinfect, but most people feel a little scared when it comes to ultraviolet radiation. Plasma is the end product of ultraviolet technology application, not disinfection through irradiation like ultraviolet lamps in hospitals. In order to avoid exposure damage from ultraviolet radiation, a very complex system design is required to lock the ultraviolet radiation inside the purifier, but also utilize the decomposition effect of ultraviolet radiation without harming people. This is a very complex interdisciplinary and cross disciplinary comprehensive design, and there are not many companies in the world that have mastered this technology. Plasma technology is not the same as many products on the market that add ultraviolet lamps and are called plasma technology.
The UVCN Youwei purifier uses a special ultraviolet core component, which is an industrial grade light source independently developed and designed by Beijing Aerospace Hongda. Different from ordinary UV lamps on the market,
High end special light source products developed and produced by Aerospace Hongda for major scientific research institutions
Due to its mastery of UV technology application research and development, Aerospace Hongda has developed almost the entire industry chain, from core components of light sources to supporting ballasts and air detection sensors, independently. Currently, it can be said that it has reached the world's leading level in many fields.
Various disinfection methods for users' purifiers during the epidemic
Used for disinfecting masks, like a small disinfection cabinet
I have received feedback from more than one family that owns pets, saying that when the purifier is turned on, cats will gather around the purifier
Because once turned on, the air around the purifier is particularly clear, and cats are very sensitive
Many old users have become our ultimate fans, repurchasing 6-7 units. We introduced nearby relatives and friends to buy, and the deodorization effect is really great
The core components and consumables of the plasma purifier are this quartz lamp tube, which needs to be replaced once a year. Keep the packaging box of the purifier and do not throw it away. It is convenient to send it back to the factory for replacement and maintenance
There are many users who remove odors, which shows that a large part of us face odor problems in our daily lives. It is a very common problem in life, but when it comes to air purification, we cannot think of the issue of odors
And this cute little one works very well for users who are allergic to pets
Deodorizing and disinfecting indoor air has great benefits for pet health, benefiting both owners and pets
Each department in the hospital in Guangzhou has installed one, which has been in use for 2 years and is very stable. The sterilization and disinfection effect is very good, and even a purifier has been used instead of a disinfection cabinet (it is said to be used by placing the purifier in the disinfection cabinet)
The UV1000 testing report is based on real testing data from national testing units, and some users have tested it themselves. The formaldehyde removal effect is really fast
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