Product Overview

  • ISO 16890: ePM1 55%, 65%, 85%, 90% and ePM10 60%,75%
  • Available in efficiencies M5, F6, F7, F8 and F9
  • Fibreglass media
  • Low pressure drop for moderate energy consumption
  • Lightweight plastic header for easy handling
  • Combustible with plastic header for minimized environmental impact
  • Proprietary AAF design with stable tapered pockets for optimum airflow

Typical Applications

  • Automotive
  • Commercial Buildings
  • Data Centers
  • Hospitality
  • Industrial
  • Schools and Universities
EN779:2012
  • M6
  • F7
  • F8
  • F9
ASHRAE
  • MERV 11
  • MERV 12
  • MERV 13
  • MERV 14
  • MERV 15
ISO 16890
  • ePM10 70%
  • ePM1 65%
  • ePM1 85%
Filter Depth
  • 510 mm
  • 640 mm
Media Type
  • Fibreglass
Frame Material
  • Galvanised Steel
Special Size Available
  • Yes
Antimicrobial Available
  • No
Max. Operating Temperature
  • 66˚C (150˚F)

The DriPak GX pocket filter comes with pockets made from microfine fibreglass in a proprietary AAF design. The result is optimized air distribution for high indoor air quality in combination with moderate energy consumption. Whether installed as a final filter in office buildings, schools, or shopping malls, or as a pre-filter for industrial processes, the DriPak GX filter is an excellent option for both a better indoor climate and low operating costs.

Improved Process Performance

The specially designed tapered pockets of the DriPak GX filter guide air with a continuous velocity through the filter. Complemented by a more uniform use of the filter surface, the DriPak GX filter provides high-quality air. This filter performs 20% above the minimum efficiency requirement (ME) of the EN779:2012 standard, by which indoor conditions for building users and industrial processes are improved.

Environmental Savings

The DriPak GX filter owes its moderate energy use to its innovative geometric filter design, which results in the pressure drop increasing very gradually during the lifetime of the filter. Low energy consumption and related reduced carbon dioxide emissions directly contribute to a better environment. Moreover, with its lightweight plastic frame, this filter is combustible for a more environmentally friendly disposal at end of life.

Beneficial Total Cost of Ownership

With the purchase of air filters, operating costs during the entire lifecycle will typically have a higher financial impact than solely the initial investment. The gradual pressure drop increase of the DriPak GX directly translates into reduced energy costs. And because of the innovative design with tapered pockets, the air filter’s lifetime is longer, meaning fewer filter replacements per year and additional cost savings.

Any Questions?