A clean booth maintains its cleanliness by utilizing a fan filter unit (FFU) that draws air in from the top, passing it through a pre-filter and a high-efficiency particulate air (HEPA) filter. The filtered clean air is then uniformly distributed into the booth at a speed of 0.45 m/s ± 20%, forming a laminar flow layer. This ensures the required level of cleanliness within the working area.

Class 100 clean booths are characterized by their ability to create controlled clean zones and their flexible assembly. They can be custom-designed and manufactured, with pre-fabricated frames that allow for quick on-site installation, saving both time and costs. Class 100 clean booths are suitable for various scenarios that require high levels of cleanliness.

The primary working principle of a clean booth involves the use of FFU fan filter units. Air is drawn in, filtered through a pre-filter and a HEPA filter, and then delivered into the clean booth at a controlled airflow rate of 0.45 m/s ± 20%. This process effectively removes particulates and contaminants from the air, maintaining the required cleanliness level inside the booth.

Due to the extensive use of FFU fan filter units, clean booths can generate some noise. To mitigate this, several measures can be taken:

Clean booths offer several advantages, including ease of use, high flexibility, easy installation, and short construction periods. They are also portable, allowing for easy adjustments and relocations as per usage requirements.

Through a scientifically designed working principle, clean booths effectively maintain cleanliness within the workspace. Class 100 clean booths, with their flexible assembly, are suitable for various high-cleanliness environments. The working principle of clean booths involves filtering airborne particulates and contaminants to ensure the desired cleanliness level. While using clean booths, it’s important to address noise issues and take appropriate measures to reduce their impact. The advantages of clean booths include ease of use, flexibility, simple installation, short construction times, and portability.