Air purifiers are increasingly indispensable cleaning products in our lives, but many people don’t know their effects. Come and join me in the world of purificateurs d'air!
1. What are the common molds found in homes?
Aspergillus niger: Aspergillus niger is most commonly found in environments that have a mixture of moisture and pollution, such as bathrooms, basements, and sewage treatment plants. It can cause allergic reactions and conditions such as asthma.
Penicillium: Penicillium is widely found in indoor and outdoor environments, but usually grows in moist places, such as corners, windows and door frames. In some cases, Penicillium can cause problems like flu, asthma, and allergic reactions.
Candida albicans: Candida albicans typically grows in environments with high humidity, such as bathrooms, laundry rooms, and basements. It may cause problems such as fungal disease or oral candidiasis.
Aspergillus flavus: Aspergillus flavus usually grows in moist and warm environments such as soil, trees, and grains. It can produce toxins that can accumulate in food storage or processing and pose a threat to human health.
Mucor (Rhizopus): Mucor commonly grows in soil, plants, and fruits, but it can also grow in damp environments such as kitchens, bathrooms, and basements. It can cause skin inflammation and other diseases.
These molds may pose a threat to the health of family members. If mold problems are found in your home, it is best to take appropriate measures to remove and treat them.
2. Which kind of mold in the home is the most harmful to humans?
The most harmful mold to humans in the home is Aspergillus niger. It can grow in both indoor and outdoor environments, and generally thrives in places with warmth, moisture, organic matter, and poor air movement. Aspergillus niger can produce many different toxins and can produce spores that can become part of indoor air and cause allergic reactions, asthma, and other respiratory problems. In addition, Aspergillus niger may also cause infection in people with weakened immune systems, so the breeding and growth of Aspergillus niger should be minimized.
3. Why can the air purifier remove mold?
Filtration system: Most air purifiers are equipped with high-efficiency filtration systems, such as HEPA (high-efficiency particulate arrester) filters, which can effectively capture and filter tiny particles in the air, including mold spores, bacteria and other pollutants.
UV-C sterilization: Some air purifiers have UV-C sterilization function, which releases ultraviolet radiation to kill bacteria, viruses and mold in the air. UV-C radiation damages the DNA structure of these microorganisms, preventing them from reproducing and growing.
Ionizer: Some air purifiers use ionizer technology to trap airborne particles, including mold spores and other harmful substances, by producing negative ions. Negative ions make particles heavy so that they cannot remain suspended in the air and eventually settle to the ground or be captured by an air purifier's filtration system.
Chemical sorbents: Certain models of air purifiers may be equipped with chemical sorbents, such as activated carbon filters. These chemical adsorbents can absorb and remove harmful gases, volatile organic compounds and odor substances from the air, helping to reduce the presence of mold and other pollutants.
To sum up, air purifiers can effectively remove mold and other harmful substances in the air through mechanisms such as filtration, sterilization, ionization and chemical adsorption, and provide a clean and healthy indoor air environment.
4. How does the air purifier remove mold?
Air purifiers can remove mold by:
HEPA filter: Use an air purifier equipped with a HEPA (High Efficiency Particulate Filter) filter to capture and filter mold spores and tiny particles from the air. HEPA filters can filter out particles with a size of 0.3 microns, while mold spores are often in the range of 2-20 microns.
UV-C sterilization: Some air purifiers have UV-C sterilization function, which releases ultraviolet radiation to kill mold, bacteria and viruses in the air. UV-C radiation can damage the DNA structure of mold, preventing it from reproducing and growing.
Ionizer: Some air purifiers use ionizer technology to trap airborne particles, including mold spores, by producing negative ions. Negative ions make particles heavy, preventing them from suspending in the air and eventually settling or being captured by the air purifier's filtration system.
Activated carbon filter: An air purifier equipped with an activated carbon filter can absorb and remove odors caused by mold and other organic compounds. Activated carbon filters effectively remove volatile organic compounds and odors from the air through adsorption, thereby reducing the presence of mold.
5. Which air purifier can remove mold?
Based on the above introduction, we can conclude that air purifiers equipped with HEPA filter and UV-C sterilization function are ideal for removing mold. This type of air purifier can effectively capture and filter mold spores and use ultraviolet radiation to kill mold, ensuring clean and healthy indoor air.
Among many brands, LG air purifier is one of the highly recommended products. LG air purifier adopts advanced HEPA filter technology, which has high-efficiency particle trapping ability and can effectively remove microscopic particles such as mold spores. At the same time, LG air purifiers are also equipped with UV-C sterilization function, which can eliminate mold and other harmful microorganisms through ultraviolet radiation to ensure fresh and healthy indoor air.
With LG air purifiers, you can easily enjoy clean indoor air and stay away from health problems caused by mold. Not only that, LG air purifiers also focus on product quality and performance to provide you with long-lasting and reliable purification effects.