Long-term operation of laboratory exhaust fans wastes energy when relying on damper throttling or constant-speed full-load operation. This a...
Laboratory exhaust contains acidic and alkaline mists and organic gases, ducts must be corrosion-resistant and flame-retardant. This article...
The fume hood expels not only air but also acid mist, alkaline gases, and volatile organic compounds generated during experiments; whether e...
Fume hood sash automatic lifting consists of drive motor, transmission mechanism, and anti-collision protection, with the automatic door mot...
Lab exhaust airflow must be maintained stable under varying window openings and pipe network pressure fluctuations, Venturi dampers rely on ...
Variable airflow fume hoods continue to exhaust at working airflow after the operator leaves, wasting air conditioning fresh air, infrared p...
Variable airflow hoods rely on sensors to detect sash opening or operational airflow, with common methods including displacement sensing and...
Varying the sash opening of a fume hood causes fluctuations in airflow and face velocity, with excessively low face velocity leading to harm...
This article analyzes the core differences between PP duct and flame-retardant PP duct, examining material characteristics, application scen...
Permanent magnet energy-saving fans from Huizhou Xicheng Environmental save 30%–50% electricity vs. traditional belt-driven fans via fan aff...