Application:
The terminal air filtration equipment used for the newly-purified 1000-, 10,000-, 100,000-class and clean room purification projects meets the requirements of purification requirements, and can be widely used in the purification of air-conditioning systems in the pharmaceutical, sanitary, electronics, and chemical industries.
Core Advantages:
1.The surface of the box is treated with electrostatic spray.
2.The tank seal design further enhances its uniqueness
3.Strong corrosion resistance
Material: color steel plate or galvanized sheet spray.
Tips:can be customized according to requirements
Main Technical Parameter:
Product | Air Diffuser With Net Air Supply Unit Outlet Air Hepa Filter Box |
Technology | Purification Engineering |
Body install Size | 370*370*370;534*534*370;660*660*370,965*625*370;1270*660*370mm |
Outlet top size | 434*434*370;588*588*370;744*744*370;1334*724*370;1374*744*370mm |
Frame Material | SUS Aluminum/Stainless Steel |
Rated Air Flow | 500;1000;1500;2000;3000m3/h |
Type | Stainless Steel Work Surface,PMMA enclosure,can be equipped with ultraviolet lamp remote control electrical interface. |
Frame | Stainless Steel |
HS CODE | 8421399090 |
Filter efficiency | 99.99%@0.3um |
Color | Ivory white |
FAQ:
1. What is the function of a high-efficiency air supply outlet?
High-efficiency air supply outlets are critical components of cleanroom ventilation systems, equipped with HEPA or ULPA filters.
They are designed to:
* Filter airborne particles (≥99.97% efficiency for particles ≥0.3μm)
* Distribute clean air uniformly (maintaining unidirectional or mixed airflow)
* Control pressure differential and air exchange rates (ensuring ISO cleanliness standards)
2. How often should the filters in high-efficiency air supply outlets be replaced?
Replacement intervals depend on the operating environment. General recommendations:
* Pre-filters: Inspect/replace every 3-6 months
* HEPA filters: Replace every 2-5 years (or when pressure drop alarms trigger)
Key influencing factors:
✔ Air pollution levels (e.g., pathogen-containing aerosols in pathology labs may require shorter cycles)
✔ Operational hours (24/7 use demands more frequent maintenance)
✔ Pressure differential data (replace when ΔP ≥ 1.5× initial value)
3. How to determine if a high-efficiency air supply outlet has failed?
Testing methods:
* Pressure monitoring: Significant drop in ΔP across the outlet (indicating possible damage)
* Particle counting: Downstream particle counts exceeding standards (e.g., >3,520 particles/m³ for ≥0.5μm in ISO Class 5)
* DOP/PAO leak testing: Scan filter edges and media; >0.01% leakage rate indicates failure