V-Guard™

Standard capacity single header compact filters primarily used in moderate duty applications.

M6 > F9

UL Certified

Compact Filters

Features
Specifications

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V-Guard™

Key Features

Achieves M6 (65%), F7 (85%), F8 (95%), and F9 (98%) to EN779:2012 / MERV 11, MERV 13, MERV 15, MERV 16 to ASHRAE 52.2:2007.

Guaranteed consistent performance throughout the filter's useful life.

Features ultra-fine fiber glass formed into micro glass paper with unique water resistant properties.

Controlled mini pleat technology provides exceptionally high ratio of filter media to filter face area.

Cased in unmixed, shock resistant, 25mm single header ABS plastic frames.

Extremely low resistance to air-flow minimizes energy costs.

Full adhesive coated case eliminates media to frame air bypass.

Robust design yet significantly lighter than comparable metal frames.

Available with antimicrobial wet-laid micro glass media.

V-Guard™ filters are assembled, finished, inspected, individually tested and serial numbered by skilled, trained, and experienced craftsmen and systems.

Specifications

Options	Options: "V-Guard™ filters are available with antimicrobial wet laid micro glass media (standard models will not promote microbial growth). V-Guard™ filters may be supplied with one piece continuous polyurethane gaskets downstream. V-Guard™ filters are available in high capacity models and EPA grades, see V-Guard II™ and V-Guard II EPA™ models. "
Flammability	Certified to UL 900 Edition 8-2015.
Type	Compact Filter Group
Frame Type	ABS plastic single header frames (meets UL 97 and F2 to DIN53438-2).
Adhesive	Polyurethane.
Temperature	80°C maximum in continuous service.
Media	Wet Laid Micro Glass Paper
Usability	Disposable.
Applications	Primary filter in commercial, industrial, airports, museums, schools and universities, train stations, food and beverage, hospitals and healthcare, microelectronics, life sciences, laboratories, bio-safety labs, pharmaceutical, and nuclear power applications.
Efficiency	M6 (65%), F7 (85%), F8 (95%), and F9 (98%) to EN779:2012 \| MERV 11, MERV 13, MERV 15, MERV 16 to ASHRAE 52.2:2007.