Through in‑depth research and engineering experience in various industries' cleanrooms, Berbson understands the critical points of cleanroom environmental control. We comprehensively build advanced dust‑free cleanroom spaces from the aspects of standards, professionalism, system integration, energy saving, intelligence, and convenience. We provide complete cleanroom turnkey services including cleanroom planning and design, personnel and material flow purification solutions, cleanroom building decoration systems, air purification systems, HVAC systems, pure water systems, specialty gas systems, electrical systems, plumbing systems, automatic control systems, compressed air systems, wastewater and exhaust gas systems, etc.

Gas purification equipment Pure water facility Finished product warehouse Specialty gas facility Cooling water equipment Cooling station HVAC purification Cleanroom Material purification room Material storage Material entry Electrical facility Personnel purification Personnel entry Office & management
Cleanroom Purification Parameters (ISO 14644)
ISO Class 0.1 μm 0.2 μm 0.3 μm 0.5 μm 1.0 μm 5.0 μm Approx. Traditional Class
ISO 1102
ISO 210024104
ISO 3100023710235811
ISO 41000023701020352831010
ISO 51000002370010200352083229100
ISO 610000002370001020003520083202931000
ISO 735200083200293010000
ISO 8352000083200029300100000
ISO 9352000008320000293000

* Particle concentration limits in particles per cubic meter (p/m³). Empty cells indicate data not specified in source.

Four Key Technical Elements

1. Multi‑stage Filtration

Supply air must pass through at least three stages of filtration (primary, medium, HEPA), with HEPA filters located at the system's terminal end.

2. Adequate Airflow

The cleanroom must have sufficient purification and air conditioning supply air volume to maintain required cleanliness levels.

3. Pressure Gradient

Maintain necessary pressure differentials (positive or negative pressure cascades) to prevent contamination migration.

4. Rational Airflow

The cleanroom must have properly designed airflow patterns to ensure effective particle removal and avoid stagnant zones.

System Composition
Large air volume recirculation systems (considering local exhaust) with high‑performance filters
HVAC equipment with precise temperature and humidity control (accounting for internal heat loads)
Air showers to control external dust entry, pass‑through boxes, and other contamination control equipment