Functions and advantages of ductless fume hood

A ductless fume hood is an effective, safe, and environmentally friendly laboratory ventilation equipment designed to provide laboratory staff with a safe and clean working environment. A clean air fume hood is a ventilation equipment that does not require external exhaust ducts and purifies harmful gases and particulate matter in the laboratory through an internal filtration system. It has the advantages of energy conservation, environmental protection, flexible installation, and intelligent monitoring, and is suitable for small and medium-sized chemical experiments and low toxicity operations.
 
Its main functions and advantages include:
1. Effective filtration of harmful gases: The activated carbon filter built into the clean air fume hood can effectively adsorb the chemical gases generated during operation, ensuring that the filtered air circulates indoors rather than being directly discharged outdoors. This design not only purifies the laboratory air, but also removes odors from chemical residues, improving the cleanliness of the laboratory.
2. Comprehensive filtration system: The fume hood sucks in harmful gases through the fan system and efficiently filters them, sending clean air back indoors, effectively isolating operators from contact with chemicals and preventing indoor pollution. ‌
3. Flexibility and Convenience: Clean air fume hoods can be installed and used with just one power outlet, providing high flexibility and suitable for various laboratory environments. The installation process is relatively simple, without the need for complex pipeline laying, saving installation time and cost.
4. Energy saving and environmental protection: Clean air type fume hoods circulate air indoors without increasing the burden on air conditioning equipment, resulting in lower energy consumption. Compared to traditional fume hoods, its operating noise is also lower, providing a quieter working environment.
 
Widely applicable: The clean air type fume hood is suitable for various laboratory environments, including research and development laboratories, teaching laboratories, quality inspection laboratories, etc. Its multiple specifications and intelligent design enable it to meet different experimental needs.