Purair FLEX Portable Isolators
Air Science provides containment solutions to meet any analytical need. The Purair Flex glove bag is a portable, cost-effective flexible film isolator with more volume, easy setup and safety options.
Purair FLEX-30
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The Purair FLEX is constructed of ArmorFlex® film which offers complete visual clarity and excellent solvent resistance across a range of chemicals as confirmed by independent product testing.
Purair FLEX Features and Benefits
- Compliant with Multiple Criteria. ArmorFlex film complies with FDA 21CFR and 2002/72/EC standards for minimal outgassing, solvent and biological reactivity and static resistance.
- Large Workspace. At 30" (762 mm) wide and an internal volume of 3 cu.ft. (85 L) the Purair FLEX provides a large work area with a 12.5" (317 mm) gas tight zippered access with a 6" (152 mm) diameter opening.
- Easy Setup. Semi-rigid support rods simplify set up and increased stability even if the bag is not inflated to full pressure.
Containment Testing of a Modern Flexible Film Isolator in a Commercial Laboratory Setting
This application note demonstrates how the Purair Flex film isolator can provide a high level of containment capability and can help ensure operator safety while manipulating contaminated equipment.
Containment Testing of a Modern Flexible Film Isolator in a Commercial Laboratory Setting
Offering the same containment as rigid glove boxes, isolators constructed of flexible film have been used in a variety of industries with great success. Commonly referred to as “glove bags”, these isolators have improved since early versions were introduced. The following application note presents the Purair® Flex as a portable, cost effective flexible film isolator.
Purair Ductless Technology and USP 800 Compliance Creating a better C-PEC
This paper discusses the design and construction features of a set of engineering controls, collectively known as containment primary engineering controls (C-PECs), for hazardous drugs in healthcare settings. Biological safety cabinets and fume hoods in particular will be examined to identify the features that most effectively prevent exposure and meet USP 800 requirements.
