Used NUAIRE NU-425-600 #163808 for sale

NUAIRE NU-425-600 is a high-performance laminar flow hood designed to provide a safe, contamination-free work environment. The hood is ideal for use in medical, medical device, production and research laboratories. This laminar flow hood has a six-foot long, two-foot high clear polycarbonate sash that provides critical airflow protection for the internal working area. The airflows are balanced by an adjustable side-vertical plenum. The vertical laminar flow creates an even, uniform, contaminant-free airflow with no hot or cold spots. The adjustable sash also helps protect from direct exposure to the user from outside contaminants. The interior of the hood is equipped with an adjustable laminar flow baffle to help protect from drift. The baffled design also helps to reduce air turbulence created by the fan and maintain a stable air flow throughout the hood. Integrated baffles within the plenum maintain uniform downward-flow throughout the hood. This airflow creates a protected, clean environment. NU-425-600 features a fan and motor designed to provide maximum efficiency, quiet operation and low power consumption. The heavy-duty motor is equipped with thermal safeguards to protect against over-heating and prolong product life. The fan (up to .9 ACH) is equipped with a calibration label to certify performance and safety. NUAIRE NU-425-600 is a UL and CSA compliant product, providing an extra level of protection for the user. The product meets Industry Standard ASHRAE 110-1995 for Class 2 laminar flow hoods. This product provides quality assurance and assurance of safe operation. In conclusion, NU-425-600 is a premier quality laminar flow hood designed to provide a safe and contaminant-free work environment. The design and components of the hood are made to meet the highest standards of engineering and safety. The hood is capable of providing clean and efficient airflow to protect the user from outside contaminants. The UL and CSA compliance ensures the highest levels of protection and performance.