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Laboratory Fume Hood Manufacturer In Vadodara
The term "laboratory fume hood" also includes the terms ``fume cupboard" and "chemical fume hood." One of the top manufacturers of quality fume hoods in India is Shreeji Lab Furnitures. ASHRAE-110 and SEFA guidelines, together with safety requirements, were followed in the ergonomic design and construction of Shreeji Lab Furnnitures standard fume cupboards.
Inside the lab, a local exhaust ventilation system is known as a fume hood. It is a standard enclosed cabinet with a front sliding glass door. Aerodynamically developed airflow patterns under the hood guarantee systematic and well-directed evacuation of both heavy and lighter fumes or vapor produced inside. Since chemical fumes are exposed to this area, the interior working area of the fume hood is often built of non-metallic & non-corrosive materials. For the sake of the system's overall durability, MOC of the duct pipe is also advised to be non-metallic and non-corrosive.
Laboratory fume hoods are provided by Shreeji Lab Furniture for use in applications in education, healthcare, and research and development. In the design, production, and installation of laboratory furniture, we are a leading company. We offer outstanding quality, first-rate service, and the best possible value.
Types of Fume Hoods Available :-
For each composition, our team of experts determines the ideal duct size and necessary blower capacity in order to get the greatest performance out of it. The fume hood should be fitted with a fire extinguisher in the event that there is a significant risk of fire. According to the requirements of your lab environment, it is composed of stainless steel, laminated wood, and powder-coated steel. We offer a wide range of fume hoods for use in QC labs, R&D labs, wet labs, hot labs, and other types of labs used in the pharmaceutical, healthcare, industrial R&D, clinical research, biotechnology, chemical, cement, engineering, food and beverage, forensic science, school and college, and government sectors.
Bench Mounted Fume Hood
In most cases, a bench mounted fume hood is positioned on a benchtop or above a storage cabinet. Many different chemical treatments using small-to-moderate amounts of low-to-high toxic chemicals are carried out under bench-top hoods. Bench mounted hoods effectively contain and exhaust gasses, vapor, mists, fumes, and other low particle mass aerosols.
Low Bench Fume Hood
Distillation Fume Hood is another name for Low Bench Fume Hood. The work surface of the Low Bench Fume Hood is elevated to a height of between 12 and 8 inches from the floor by a pedestal upon which it is placed. With the difference that the design gives you a large internal working height, Low Bench Fume Hood shares the same components as Bench Mounted Fume Hood.
Walk-in Fume Hood
Floor-mounted walk-in series fume hoods are built of thick gauge material for improved strength and robustness, and they are ergonomically intended for applications involving large apparatus. And shields users from breathing in dangerous fumes and vapors generated when performing experiments and working in laboratories. All of our fume hoods have unique coatings for increased corrosion resistance and are loaded with features that increase productivity and safety.
Radioisotope Fume Hood
Radioisotope fume hoods are designed to contain beta and gamma radiation. This fume hood is built similarly to a bench-mounted model, with the exception that SS304 must be used for both the work surface and lining. For the purpose of sanitizing and decontaminating the surfaces exposed to radioactive material, the inside corners of the upper unit must be coved and seamlessly welded. The work surface made of stainless steel type 304 that has been lined and welded needs to be reinforced and dished to catch spills.
Auxiliary Air Fume Hood
The air-conditioned lab makes use of an additional fume hood. Air is drawn into a typical fume hood from the room. The use of auxiliary fume hoods reduces the need for conditioned air for emission. Auxiliary air is pulled into this hood from the outside and introduced at the fume hood's face where it will be used for exhaust. As make-up air, this extra air is useful. In order to stop the conditioned air from entering the hood, auxiliary air also generates an air curtain in front of the fume hood face. However, it is not possible to completely prevent conditioned room air from entering the fume hood. Auxiliary air must be preconditioned and pre-filtered before it is brought to the fume hood since there is a danger that it will escape the room.
Perchloric Fume Hood
Similar to a regular bench top fume hood, a perchloric acid fume hood must have an internal liner and work surface constructed of stainless steel 304 that are covered and flawlessly welded. Throughout the exhaust system, non-reactive and corrosion-resistant materials must be employed. Water wash down systems are required in perchloric acid fume hoods in order to eliminate perchlorates and prevent the accumulation of potentially explosive perchlorate salts. At the back of the hood, underneath the baffle, is a work area with an integrated open drain trench. The drain outlet must be able to empty at least 56.8 liters per minute. For a common exhaust system, perchloric fume hood systems shouldn't be grouped together.
Canopy Hood
This is an extremely large, rigid local spot extractor. A canopy hood in a lab is comparable to a chimney. The bottom and all four sides are open. According to the available space, it is fixed on a wall or ceiling and linked to a centrifugal blower to produce the necessary suction. According to the need, it comes in PP-FRP, powder coated steel, and stainless steel. Please be aware that this is not a substitute for a lab fume hood. This can only be used for lighter vapors; fumes with medium to high volume cannot be used with this.
Features of Laboratory Fume Hood
We are a leading manufacturer of innovative laboratory Fume Hood Furniture.