V-Cell Hi-Flow

V-Cell Hi-Flow

Product code: KOM V4

V-Cell Hi-Flow (compact) filters are typically utilised as second- or last- stage air filtration solutions in medical facilities, laboratories, food industry, and HVAC sector. These filters are used in places, where high air flow and large filtration area is required.

Detail description

V-Cell Hi-Flow (compact) filters contain four sections of High Efficiency Synthetics (HES) filter media offering the top-level performance and low energy consumption along with exclusive benefit of superior rigidity. These filters also provide a significantly increased net filtration area and are capable to withstand very high level of air flow, as well as offer moisture-resistance advantage (due to HES properties). Due to reliable design, V-Cell Hi-Flow filters are featured by high stable filtration efficiency without added supportive measures. Thanks to special design and structure, the filters are fully resistant to natural wheather particles and do not require separate treatment for general ventilation purposes.

  • icon of filters for food and beverage industry
  • Icon of filter for Hospitals & Medical facility
  • Icon for filters HVAC
  • An Icon for filters of Laboratories & Bio-Safety Labs

Technical parameters

Frame material: Shock resistant PS plastic

Pleat separators: Thermoplastic adheisive

Casting: Polyurethane

Gasket: Optional

Regeneration: Pulse

Max. Operating Temperature:  70 C

Max. Relative humidity: 90%

Technical data

Code Size (X x Y x Z) Filter class Nominal volume
KOM 592 x 287 x 292 M5 / ISO ePM10 50% 100 Pa @ 2600 m3/h
KOM 592 x 490 x 292 M5 / ISO ePM10 50% 100 Pa @ 3500 m3/h
KOM 592 x 592 x 292 M5 / ISO ePM10 50% 100 Pa @ 4250 m3/h
KOM 592 x 287 x 292 F7 / ISO ePM1 70% 125 Pa @ 2600 m3/h
KOM 592 x 490 x 292 F7 / ISO ePM1 70% 125 Pa @ 3500 m3/h
KOM 592 x 592 x 292 F7 / ISO ePM1 70% 125 Pa @ 4250 m3/h
KOM 592 x 287 x 292 F9 / ISO ePM1 85% 225 Pa @ 2600 m3/h
KOM 592 x 490 x 292 F9 / ISO ePM1 85% 225 Pa @ 3500 m3/h
KOM 592 x 592 x 292 F9 / ISO ePM1 85% 225 Pa @ 4250 m3/h