The DuraMax™ vertical laminar flow fume hood is constructed from rugged polypropylene, offering superior compatibility for applications involving strong acids or trace metal analysis. By combining HEPA-filtered incoming air with a traditional ‘total exhaust’ hood configuration, clean turbulence-free air blankets the work surface while users are protected from chemicals manipulated within the hood. The DuraMax hood meets NSF/ANSI standards for personnel, application and environmental protection.
Standard Features
Polypropylene construction for chemical resistance. The result: NO RUST
HEPA filtration for capture of particulate to 0.3 microns in size
ISO 5 vertical laminar flow air
Lab event timer
Safety Features
Filter safety lockout to ensure correct filter replacement
Low airflow alarm warns the user both visually and audibly
Filter and electronics are located above the workspace, eliminating the chance of a chemical spill entering these sensitive areas
Real time monitoring of installed filtration bed
The DuraMax™ vertical laminar flow fume hood is constructed from rugged polypropylene, offering superior compatibility for applications involving strong acids or trace metal analysis. By combining HEPA-filtered incoming air with a traditional ‘total exhaust’ hood configuration, clean turbulence-free air blankets the work surface while users are protected from chemicals manipulated within the hood. The DuraMax hood meets NSF/ANSI standards for personnel, application and environmental protection.
Standard Features
- Polypropylene construction for chemical resistance. The result: NO RUST
- HEPA filtration for capture of particulate to 0.3 microns in size
- ISO 5 vertical laminar flow air
- Lab event timer
Safety Features
- Filter safety lockout to ensure correct filter replacement
- Low airflow alarm warns the user both visually and audibly
- Filter and electronics are located above the workspace, eliminating the chance of a chemical spill entering these sensitive areas
- Real time monitoring of installed filtration bed
