Air quality has become a major health issue for people around the world. As a result, air purifiers have become an important device that helps improve indoor and home air quality.
This article will introduce you to 10 different types of air purifier systems currently in use, along with tips on how to choose an energy-saving air purifier that best meets your needs. Let’s take a look!
What is an air purifier system?
The air purifier system is the heart of the air purifier, or in other words, it is the internal mechanism and process that removes pollutants, dust, allergens, and unpleasant odors from the air. This system consists of two main parts: a fan and a multi-layer air filter, which work together efficiently.
10 Air Purifier Systems Currently Used
The 10 main air purifier systems currently in use are as follows:
- HEPA FilterThis is an air purifier system that uses a high-efficiency filter that can capture particles as small as 0.3 microns. It is made from finely woven fiberglass fibers. It can effectively filter PM2.5 dust, allergens, bacteria, and viruses, resulting in clean air that is highly efficient.
- Carbon Filter
An air purifier system that uses a carbon filter that is a black sheet made from charcoal or carbon. It has the ability to absorb unpleasant odors and various chemicals in the air, whether it is the smell of food, cigarette smoke or pet odor, helping to clean the air in the house and free from disturbing odors. - Pre-Filter
Pre-Filter is an air purifier system that uses a coarse filter as the first step in air filtration. It acts to capture large particles such as hair, dandruff and coarse dust in the house before the air passes through other filter layers, helping to extend the life of the inner filter and maintain the overall efficiency of the air purifier. - Activated Carbon
This air purifier system uses the adsorption properties of activated carbon to help capture dust, smoke, chemicals and odors. It is suitable for people with allergies or asthma, but cannot eliminate germs. However, the filter should be changed regularly when the carbon is saturated. - Photocatalyst Filter
Photocatalyst Filter is a system in which the filter uses a chemical reaction that occurs when exposed to light to decompose chemicals and toxic gases in the air. It is highly effective in eliminating hazardous substances that general filters, such as carcinogens or toxic gases, Increase the safety of indoor air - UV Sterilizer
This system uses ultraviolet light (UVC) to destroy germs, bacteria and viruses that may have escaped from other filters. It increases the efficiency of germ killing and makes the air more sterile. Suitable for those who want the highest level of confidence in hygiene. - Ionizer
This system releases negative charges into the air, causing positively charged dust particles to stick together and fall to the floor. It is like a magnet that attracts dust out of the air, helping to make the air cleaner and fresher. - Anti-Bacterial Cotton Filter
This is an air purifier system that is effective in capturing and inhibiting bacteria. With the special properties of cotton fibers coated with antibacterial agents, it can help reduce the spread of germs in the air and prevent the growth of bacteria inside the air purifier. - Ozone
This air purifier system releases ozone gas (O3) to decompose air pollution. It is highly effective in eliminating germs and odors. It can penetrate into corners well, but must be used with caution because it can be harmful to health if inhaled in large quantities. - Plasma Air Purifier
This air purifier system uses electrical energy to create ions to destroy pollution. It is highly effective in eliminating dust, odors and germs. It also does not require frequent filter changes, but it is quite expensive. Some models may be noisy or produce a small amount of ozone.
Which air purifier system should I choose to use that best meets my needs?
In addition to considering the efficiency of the air purifier system, other factors must also be taken into account when choosing an air purifier, as follows:
Area of use: An air purifier with the appropriate power for the area will help to purify the air efficiently. Choosing a machine that is too small may not be efficient enough, while a machine that is too large may be unnecessary waste.
Air pollution: Some air purifiers may focus on removing dust, while others may focus on removing odors or allergens. Choosing the right machine for the problem will help you get the best results in improving air quality.
Usage requirements: Considering your usage requirements, such as needing a machine with a germ killing system or a humidity adjustment system, will help you choose a machine that meets your needs.
Budget: Choosing a machine with features that meet your needs within your budget will help you get an air purifier that is cost-effective and effectively meets your needs without having to pay more than necessary.
