An activated carbon purifier is a device that uses the principle of activated carbon adsorption to purify the air.
Shell: It protects and supports the internal components and is generally made of solid materials such as plastic or metal.
Air inlet: Air enters the cleaner through the air inlet.
Filter: A primary filter may be used to filter larger particles and prevent the activated carbon from being blocked.
Activated carbon filter element: This is the core component, which is filled with a large number of activated carbon particles. Activated carbon particles have a rich pore structure and can absorb pollutants in the air.
Fan: It generates airflow and promotes air purification through the activated carbon filter element.
Air outlet: The purified air is discharged from the air outlet and returned to the indoor environment.
Industrial production: It can be used in rubber factories, spraying factories, machinery processing factories, printing factories, furniture factories, foundries, and other industrial fields.
Office places, such as offices, conference rooms, office buildings, etc., can effectively remove odors, formaldehyde, and other pollutants in the air, create a more comfortable and fresh working environment, and improve employees' work efficiency and comfort.
Hospitals: Some special departments, such as operating rooms, wards, etc., can purify the air of bacteria, viruses, odors, etc., which helps reduce the risk of infection and protect the health of patients and medical staff.
Laboratories: In some chemical laboratories, biological laboratories, and other environments, harmful gases and odors generated during the experiment can be removed to ensure the safety of experimenters and the accuracy of experimental results.
Public places, such as hotel lobbies, shopping malls, cinemas, etc., can improve the air quality of public spaces and bring better experiences to customers and consumers.
In short, activated carbon purifiers are widely used to improve air quality and ensure people's healthy lives and work.