Technical Articles
Sentry Air Systems, Inc. has published these technical articles:
(Air Quality)
From this Article:
A test was setup to determine the filtering efficiency of a Sentry Air Systems activated carbon filter cartridge on toluene vapors within a Sentry Air hood. A 99% solution of toluene was used for this...
(Lab Safety)
From this Article:
The purpose of this project was to demonstrate the effectiveness of the Winged Sentry™ (Model SS 300 WSL) in collecting and removing Isoflurane vapor produced by the evaporation of a measured...
(Filtration and Separation Products)
From this Article:
Purpose: The purpose of this experiment was to demonstrate the effectiveness of the Sentry Air Systems Model 300 Winged Sentry™ with Lid (WSL) in collecting and removing diethyl ether vapors...
(Air Quality)
From this Article:
The objective of this test was to determine the efficiency of a carbon filter with Methyl Ethyl Keton(MEK). An environment was created that exceeded the NIOSH threshold limit value by 50% (300 ppm)....
(Air Quality)
From this Article:
The objective of this test was to determine the filtering efficiency of a Sentry Air Systems carbon filter cartridge on total hydrocarbons and octane in two separate fuel mixtures. The experiment was...
(Air Quality)
From this Article:
The objective of this test was to determine the efficiency of a carbon filter with Acetone. An environment was created that exceeded the NIOSH threshold limit value. This test was conducted with air...
(Filtration and Separation Products)
From this Article:
Sulfur dioxide (SO2) - a colorless, noxious gas at room temperature - is a frequently encountered chemical in many industrial applications. The majority of SO2 is generated as a precursor in the...
(Air Quality)
From this Article:
A test was setup to determine the filtering efficiency of a Sentry Air Systems carbon filter cartridge on xylene vapors within a Sentry Air hood. A 99% solution of O-xylene was used for this specific...
(Lab Safety)
From this Article:
The purpose of this experiment was to demonstrate the effectiveness
of the Sentry Air Systems Model 300 Winged Sentry™ with Lid (WSL) in collecting
and removing formaldehyde gas produced by the...
(Lab Safety)
From this Article:
TEST OBJECTIVE: A test was set up in accordance with NIOSH Test Method 7903 to test for airborne concentrations of inorganic acids, in this case HCl. The test objective was to determine the...
(Air Quality)
From this Article:
This particular study was designed to evaluate the effectiveness of the Sentry Air Systems ductless hood extractor (Model SS-340 DCH) when employed to collect the vapors emitted when parts are cleaned...
(Filtration and Separation Products)
From this Article:
Purpose: The purpose of this experiment was to demonstrate the effectiveness of the Sentry Air Systems Model 300 Winged Sentry™ with Lid (WSL) in collecting and removing methylene chloride...
(Filtration and Separation Products)
From this Article:
Herein, a Sentry Air Systems product study of hexavalent chromium particles, [Cr(VI)], is reported. Due to the popularity of extended life cleanable filter media and health concerns regarding...
(Filtration and Separation Products)
From this Article:
Spray operations can present health hazards to workers involved in the spray application of many commonly used paints. The OSHA ventilation standard for general industry (29 CFR 1910.94 (c)(1)(i))...
(Filtration and Separation Products)
From this Article:
This particular study was designed to evaluate the effectiveness of the Sentry Air Systems welding fume extractor (Model 300-WFE) when employed to collect fume created by inert-gas welding on 316...
(Air Quality)
From this Article:
Purpose: A typical application of the Sentry Air Systems ductless hoods is to contain operations that may generate flammable gases and/or vapors. An example of this kind of operation is spray painting...