Bernoult exhaust cabinetIt is a high-performance low flow exhaust cabinet designed based on Bernoulli fluid dynamics principles, aimed at improving laboratory safety, reducing energy consumption, and optimizing resource utilization. Widely used in pharmaceutical research and development, chemical industry, food and cosmetics IT、 Industries such as military industry, as well as hospitals, universities, higher research institutes, customs, entry-exit inspection and quarantine, food and drug supervision, and third-party testing institutions. Its high performance and energy-saving characteristics make it an ideal choice for laboratory ventilation systems in these fields.
Bernoult exhaust cabinetProduct Features:
Low face wind speed design: Bernoult exhaust cabinets adopt a low face wind speed design of 0.3m/s, which can save about 40% of operating energy consumption compared to traditional exhaust cabinets. This design not only reduces energy consumption, but also reduces the initial investment in air conditioning and ventilation systems and roof equipment, further reducing the building's electricity load.
Auxiliary airflow and supplementary air function: By adding auxiliary airflow design, Bernoult exhaust cabinets can effectively prevent harmful substances from overflowing inside the cabinet under lower surface wind speed conditions, improving the safety of operators. At the same time, it comes with a built-in air replenishment and drainage function, which can introduce natural air to form stable laminar flow, reduce indoor fresh air consumption, and lower the leakage rate of harmful gases inside the cabinet.
Reasonable airflow guidance: The Bernoult exhaust cabinet adopts a reasonable airflow guidance design to ensure smooth and stable airflow inside the cabinet, thereby optimizing the experimental environment and improving experimental efficiency.
Material and Durability: The product is made of corrosion-resistant sheet metal and internal air compensation structure, ensuring long-term stable operation in harsh experimental environments and extending its service life.