Air Shower NAS-200, commonly known as "clean room air shower" or "product air shower" is a novel structure which bathes the object/person with filtered air that passes through it. Air shower is self-contained with low energy consumption and easy maintenance usually located between clean room and outside environment. Equipped with HEPA-filtered air jets enables decontamination by clearing off dust and dirt particles from the bodies of Cleanroom personnel. The adaptable nozzle angle effectively blows out dust attached on the person/object surface.
Air shower series are used in various field such as colour packing, brewage, biological engineering, foodstuff, machinery, electron, medicine, and other industries as well as scientific research fields.
FAQ for Air Shower NAS-200
1: What type of filtration is used in the Air Shower NAS-200?
The Air Shower NAS-200 is equipped with a high-efficiency HEPA filter that captures up to 99.99% of airborne particles as small as 0.3 microns, providing reliable air purification.
2: In which industries is the Air Shower NAS-200 commonly used?
The Air Shower NAS-200 is widely used in industries such as pharmaceuticals, biotechnology, food processing, electronics, and research laboratories, where strict contamination control is essential.
3: What are the main control and safety features of the Air Shower NAS-200?
The Air Shower NAS-200 features an LCD control panel, intelligent alarms, programmable air shower timing, and an automatic door interlocking system to maintain cleanroom integrity and ensure safe operation.
4: Is the Air Shower NAS-200 energy efficient and easy to maintain?
Yes, the Air Shower NAS-200 is designed with low energy consumption and features a recirculating airflow system. Its components are easy to access, making routine maintenance simple and cost-effective.
5: How effective are the air nozzles in the Air Shower NAS-200?
The Air Shower NAS-200 includes corrosion-resistant stainless steel nozzles with adjustable angles, delivering strong, focused air jets that effectively dislodge particles from all surfaces.
