Types of Fume Hoods

Shopping for a polypropylene fume hood, many consumers can find the industry confusing and hard to navigate. However, a consumer simply needs to be aware of the materials, power and size of fume hood he or she will need for a specific situation. The consumer should also be able to choose whether a ductless fume hood or ducted fume hood would better suit his or her needs. There are many types and sizes of fume hoods available on the market today but a consumer who is able to shop smart can find the best price and the best model. A professional should also be able to assist a lab owner who is looking to install a polypropylene fume hood. One of the first factors to consider when shopping for a fume hood is the material and coating the fume hood is equipped with. A propylene fume hood is one of the most popular types of fume hoods because the material is corrosion resistant. Many materials or paints will show signs of rust or breakage when being exposed to the chemicals and other airborne toxins in a laboratory. However, polypropylene can handle constant exposure to a wide variety of chemicals without showing signs of warping, peeling or rust. Epoxy coated parts on a fume hood are also a sign of a quality unit. Epoxy coated parts can resist wear and tear when exposed to severe airborne chemicals in a lab as well.The ventilation system in a lab is important, especially if the lab works with chemicals that can become airborne through experimentation processes. The addition of a polypropylene fume hood can help with the air quality and eliminate the presence of these toxins. Ductless fume hoods are easy to install, easy to use and effective at the removal of chemicals in the air. Ductless fume hoods contain an efficient filtration system that can eliminate even the smallest particles of harmful chemicals and odors from the air. The addition of carbon filters can also make the air even more comfortable and fresh in the lab. Carbon is a media that is known to specialize in the elimination of odor particles. Carbon filters inside a fume hood can destroy the small particles from chemicals that cause the odor, expelling only fresh and clean-smelling air into the lab.Whether looking into an epoxy coated or polypropylene fume hood, a consumer should always keep in mind the materials or paints used in the production of the fume hood. Materials that are resistant to corrosion and rust from the exposure to chemicals should be the only types used in the design of a fume hood. If purchasing a ductless fume hood, a consumer may also want to add carbon filters in order to ensure the removal of chemical odors from the air. While there are many sizes and models of fume hoods on the market today, a consumer should be able to choose the best model for his or her lab based on the characteristics of each fume hood. The size, power, materials and type of system should be the main factors a consumer examines.