Modular Clean Rooms. Who uses them and why?

Enclosures provide a space free of environmental particles and contaminants, enabling clean, sterile air for various industries such as medical, pharmaceutical, aerospace, military and industrial, in order to protect sensitive components or processes.

Clean room systems use special filtration equipment to regulate airflow and ensure a contaminant-free environment.

They are made up of frames, walls, ceilings and floors that are interconnected, creating a stable structure. The construction materials used to make modular clean rooms help reduce the number of contaminants present. The most common materials used are stainless steel, fiberglass, aluminum and plastic. for more information on air filtration with fume hoods check this out >

The exact type of clean room depends on the specific application.

Medical and laboratory facilities often use Class 100 clean rooms, which maintain air cleanliness conditions at 0.1 microns (µm) or smaller. Pharmaceutical and food processing facilities use Class 10 clean rooms, which filter down to 0.3 µm. An aerospace manufacturer, on the other hand, might need a Class 0.5 with better-than-specification cleanliness levels.

Modular clean rooms provide a range of benefits.

Their design and engineering help industrial, medical and laboratory professionals meet their requirements for temperature control, sound protection, temperature control and air flow. They also provide a sanitary environment to help prevent cross-contamination. Moreover, because they are modular, they can easily be installed, modified, repaired and moved as needed.