One of the most effective ways to completely absorb chemical vapor contamination in the laboratory is to use a chemical fume hood. if this device does not work properly, many problems will arise for laboratory users. problems such as unfavorable laboratory temperature and humidity in different seasons of the year, as well as the unpleasant smell of chemicals released in the laboratory air or the observation of corrosion effects in the tools and devices in the laboratory can be a recurring event for many laboratory users. standard and smart chemical hoods can solve these problems. chemical fume hoods produced in accordance with ASHRAE, EN and DIN United States and Europe standards, with a wide variety of options, including the type of surface and wall material, suction and ventilation control systems, supply and control systems for water and gas facilities, etc.
Portable Chemical Fume Hood And Microbial Hood
In the laboratory, chemical and microbial hoods are used as an important tool for absorbing contamination, which is installed in fixed and immobile places. Made according to the conditions and method of testing and ventilation systems and laboratory air supply and test equipment. In most cases, these devices are very large and occupy a large space of a laboratory, in addition to the large space. Inside, they require a lot of air to dilute the pollution from the test, which in addition to wasting a lot of energy will make the laboratory ventilation systems inefficient. In this situation, Kamja portable hoods are a suitable solution for the laboratory.
Moveable Extraction Arm Hood
Wheeled movable hoods are used to facilitate the movement of arm hoods and it is used in spaces where it is not possible to install air outlet pipes outside the space. In this hood, there are options such as activated carbon filter to absorb chemical pollutants and odors and vapors, HEPA filter to absorb particles and germs and fungi suspended in the air, and air filters that absorb dust, in addition to UV-C lamps that can be installed in the air device. Passes through filters free of bacteria and viruses. This tool is used in the production lines of factories and electronics or dental industries and medical diagnostic laboratories and industrial research laboratories, as well as in beauty salons and hairdressers.
