Clean laminar flow transfer windowIt is mainly used for the transfer of items in biological clean areas, and is mainly applied in various clean areas such as biopharmaceuticals, research institutions, disease control centers, large hospitals, university research, biological cleanliness, and applications.

1. Cleanliness requirements for laminar flow transfer windows: Class B;

2. Double layered inner and outer shell, with circular arc treatment around the inside to ensure seamless connection;

3. Adopting laminar flow design, the airflow direction adopts an upward return mode, and the bottom adopts a 304 stainless steel cold-rolled plate punching design with reinforcing ribs;

4. Filter: The initial efficiency filter adopts G4,High efficiency filterUsing H14;

5. Wind speed: After passing through the high-efficiency filter, the outlet wind speed is controlled at 0.38-0.57m/s (tested 150mm below the high-efficiency outlet flow plate);

6. Differential pressure function: display filter differential pressure (range high efficiency 0-500Pa/medium efficiency 0-250Pa), accuracy ± 5Pa;

7. Control function: Fan start/stop button, equipped with built-in electronic door interlock; Set up UV lights and design separate switches. When both doors are closed, the UV lights should be in the on state; Set up lighting fixtures and design separate switches;

8. The high-efficiency filter can be disassembled and installed separately from the upper box, making it easy to maintain and replace the filter;

9. Set up an inspection port at the bottom of the transfer window for the maintenance of the fan;

10. Noise: When the transmission window is running normally, the noise is less than 65db;