The ISO 5 classification ensures that the cleanroom meets strict standards for air cleanliness, temperature, humidity, and particle control. Cleanroom environments under the ISO 5 classification are stringent across various industries and applications. ISO 5 cleanrooms are enclosed environments within a facility with tight controls over temperature, humidity, airflow, temperature change over time, and airborne particles. ISO 5 cleanrooms are used in injection molding, environmental testing laboratories, biotechnology manufacturing, pharmaceutical manufacturing, nanotechnology, and various cleantech manufacturing applications such as fine chemicals, ion lithium batteries, solar, active medical devices, and high-end film/packaging.
An ISO 5 classification needs unidirectional airflow to preserve the stringent nature of the area. Airflow of this type is directed to filtration through low wall returns creating a unilateral flow from the ceiling to the floor.
Air changes per hour for an ISO 5 classification range from 240-480 ACPH for an ISO 5 Cleanroom.
High-Efficiency Particulate Air (HEPA) filtration efficiency is 99.99% at 0.3µm(microns).
Filtration and particle measurements in an ISO 5 cleanroom prohibit a particle from being greater than 0.5µ but less than 5.0µ.
The gowning and transfer room is a crucial component of any cleanroom facility. It provides a controlled environment for operators to change into cleanroom garments, ensuring that no contaminants are introduced into the cleanroom. The gowning room is designed to maintain positive pressure, preventing outside air from entering the cleanroom and compromising the cleanliness of the environment.
HEPA[High-Efficiency-Particulate Air] filters to remove particles as small as 0.3 microns
Positive pressure to prevent outside air from entering the cleanroom
Controlled temperature and humidity levels
Minimize contamination and ensures product quality
Increases efficiency and productivity by reducing the need for rework
Designed for industries with high sensitivity to contamination
