Fume Hood Solution In Laboratory
The main function of a fume hood solution is to suppress the harmful chemical gases produced inside the hood, prevent their leakage, and expel them from the laboratory as soon as possible to protect the safety of laboratory staff.
Fume hoods are an important component of laboratories. The function of a fume hood is to discharge various indoor exhaust gases. Fume hoods are commonly used laboratory equipment. During experiments, they are required to discharge harmful gases and clean up pollutants. The main function of a fume hood: The most important function of a fume hood is the exhaust function. In a chemistry laboratory, various harmful gases, odors, moisture, flammable, explosive and corrosive substances are produced during experimental operations. To protect user safety and prevent contaminants from the experiment from spreading to the laboratory.
1. Release function: Fume hood solution should be equipped with a mechanism that dilutes the harmful gases generated inside the fume hood by absorbing the outside air and then discharges them outdoors. Isolation function: There should be a non-sliding glass window in front of the fume hood to separate the inside and outside of the fume hood. Heat resistance and acid and alkali corrosion resistance: Some fume hoods need to be equipped with electric furnaces, and some experiments produce a large amount of toxic and harmful gases such as acids and alkalis, which are highly corrosive. The countertop, backing board, side panels of the fume hood, as well as the selected faucets and air nozzles, etc., should all have anti-corrosion functions. In the semiconductor industry or corrosive experiments where strong acids such as sulfuric acid, nitric acid, and hydrofluoric acid are used, it is also required that the overall material of the fume hood must be resistant to acids and alkalis, and it must be made of stainless steel or PVC materials.
2. Non-backflow function: Fume Hood Solution should have the function that the airflow generated by the exhaust fan inside the fume hood can prevent harmful gases from flowing back into the room from the inside of the fume hood. To ensure the realization of this function, it is the best way to connect one fume hood with one ventilator through a single pipe. If a single pipe connection is not possible, it is only allowed to be connected in parallel in the same room on the same floor. The ventilator should be installed at the end of the pipe (or at the top of the floor) as much as possible.
3. Supplementary function: It should have a channel or alternative device for drawing in air from outside the fume hood when discharging harmful gases.
Jiangxi Huzhijun Technology Co., Ltd. takes "Customer satisfaction is the sole criterion for evaluating our work" as its service tenet, and always adheres to taking customer needs and satisfaction as the core, with the mission of building a modern scientific laboratory that is safe, environmentally friendly and comfortable.
Fume Hood Solution In Laboratory
The main function of a fume hood solution is to suppress the harmful chemical gases produced inside the hood, prevent their leakage, and expel them from the laboratory as soon as possible to protect the safety of laboratory staff.
Fume hoods are an important component of laboratories. The function of a fume hood is to discharge various indoor exhaust gases. Fume hoods are commonly used laboratory equipment. During experiments, they are required to discharge harmful gases and clean up pollutants. The main function of a fume hood: The most important function of a fume hood is the exhaust function. In a chemistry laboratory, various harmful gases, odors, moisture, flammable, explosive and corrosive substances are produced during experimental operations. To protect user safety and prevent contaminants from the experiment from spreading to the laboratory.
1. Release function: Fume hood solution should be equipped with a mechanism that dilutes the harmful gases generated inside the fume hood by absorbing the outside air and then discharges them outdoors. Isolation function: There should be a non-sliding glass window in front of the fume hood to separate the inside and outside of the fume hood. Heat resistance and acid and alkali corrosion resistance: Some fume hoods need to be equipped with electric furnaces, and some experiments produce a large amount of toxic and harmful gases such as acids and alkalis, which are highly corrosive. The countertop, backing board, side panels of the fume hood, as well as the selected faucets and air nozzles, etc., should all have anti-corrosion functions. In the semiconductor industry or corrosive experiments where strong acids such as sulfuric acid, nitric acid, and hydrofluoric acid are used, it is also required that the overall material of the fume hood must be resistant to acids and alkalis, and it must be made of stainless steel or PVC materials.
2. Non-backflow function: Fume Hood Solution should have the function that the airflow generated by the exhaust fan inside the fume hood can prevent harmful gases from flowing back into the room from the inside of the fume hood. To ensure the realization of this function, it is the best way to connect one fume hood with one ventilator through a single pipe. If a single pipe connection is not possible, it is only allowed to be connected in parallel in the same room on the same floor. The ventilator should be installed at the end of the pipe (or at the top of the floor) as much as possible.
3. Supplementary function: It should have a channel or alternative device for drawing in air from outside the fume hood when discharging harmful gases.
Jiangxi Huzhijun Technology Co., Ltd. takes "Customer satisfaction is the sole criterion for evaluating our work" as its service tenet, and always adheres to taking customer needs and satisfaction as the core, with the mission of building a modern scientific laboratory that is safe, environmentally friendly and comfortable.
