The modification of a cleanroom enclosure is primarily carried out using the integrated system grooves of the aluminum profiles, which allow monitors, ionizers or shelves to be installed without machining (drilling). In addition, the purity class can be increased retrospectively by replacing passive ceiling tiles with active HEPA H14 filter modules in order to achieve stricter ISO limits.
In contrast to static clean rooms (drywall or welded steel), the Nordair Systems cleanroom tent is based on anodized aluminum construction profiles (45 × 45 mm or 90 × 90 mm). The technical core of the modifiability is System groove (typically slot 8 or slot 10). This geometry makes it possible to mount peripheral devices in a force-locking manner using groove blocks without drilling through the material. Drilling in a clean room is an absolute taboo, as it releases metallic particles that immediately invalidate ISO classes.
A common misconception is that cleanroom tents are unstable temporary solutions. A correctly designed 45 mm profile system from Nordair Systems supports point loads of up to 40 kg per strut. This enables direct integration of:
The most critical modification concerns air purity itself. The ISO class (e.g. ISO 7 in accordance with DIN EN ISO 14644-1) is primarily defined by air exchange and filter occupancy in the ceiling grid. Since Nordair systems use a modular grid measure, passive blind plates (polycarbonate) can be used at any time against active HEPA H14 Filter Fan Units (FFUs) be swapped. This increases laminar flow density and improves recovery time (recovery time after faults) without having to change the basic design.
Cleanroom Enclosure
