To begin with, let’s refresh the difference between the two types of fume hoods. A ducted fume hood has the contaminants collected and thrown out of the lab area through ductwork, a blower, and
The primary function of a fume hood(s) is to gather contaminated air and thereafter contain, dilute, and discharge chemical contaminants safely. A blower is used to pull the contaminated air out
Select the Right Fume Hood Manufacturer for your laboratory A fume hood is the most critical component of the strategy to keep the airborne chemical contaminants in the lab under control. Also, it is
Any equipment could pose some issues during its working and the Fume Hood is not an exception. Let us discuss some common complaints related to the working of a fume hood and ways to resolve them.
You have received a communication from the manufacturer that the ordered fume hood(s) is ready for dispatch. This is just about the time to take a look at the prerequisites for installation. Proper
Routinely, scientists and researchers work in an environment that contains airborne chemical contaminants. The sources of these contaminants could be chemical powders, hazardous chemicals, odors,
A fume hood is essentially a safety device. It protects the user from hazardous airborne chemical contaminants. It is therefore important that fume hood performs this primary function without fail,
While selecting a fume hood the most obvious parameter that needs attention is the size and overall dimensions. Lab space availability and features, Type(s) of intended experimentation, Equipment
A fume hood needs adequate airflow to remove, contain and safely discharge airborne chemical contaminants. The fume hood is essentially air handling equipment. It doesn’t work in isolation but
Fume Hood by itself keeps the user and the lab environment safe by reducing airborne contaminant hazards. However, there are additional accessories available to enhance the safety and convenience of