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1. The fume hood adopts a single-slit exhaust structure to effectively discharge harmful gases.
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Key Points of Experimental Ventilation System Design
The laboratory ventilation system is one of the largest and most influential systems in the entire laboratory design and construction process. Whether the ventilation system is perfect or not will directly have an important impact on the laboratory environment, the health of experimenters, and the operation and maintenance of experimental equipment. Problems such as excessive negative pressure in the laboratory, gas leakage in the fume hood, and laboratory noise have always been difficult problems for laboratory staff. These problems have caused serious physical and psychological harm to the personnel who have been working in the laboratory for a long time, and even the management and logistics personnel working around the laboratory. A scientific and reasonable ventilation system requires good ventilation effect, low noise, easy operation, energy saving, and even requires indoor pressure difference and temperature and humidity to maintain human comfort. Therefore, in the design of the ventilation system, there will be many points that need attention:
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See what the fiber fabric duct is
Fiber fabric air duct is a flexible air distribution system (Air Dispersion) woven from special fibers. It is an air delivery terminal system that replaces traditional air supply ducts, air valves, diffusers, and thermal insulation materials. It is a unique air outlet system that mainly relies on fiber penetration and nozzle jet flow to provide uniform linear air supply.
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Cloth air duct is also called fiber fabric air duct
Cloth air duct, also known as fiber fabric air duct, is a flexible air distribution system of special fiber fabrics, mainly relying on the unique air outlet mode of fiber penetration and nozzle jet flow, it is an air-conditioning terminal system that can evenly supply air.
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