Type PFC

Prefilters in ventilation systems

Pocket filters for the separation of coarse and fine dust

Filter classes G4, M5
Performance data tested to EN 779
Eurovent certification for fine dust filters
Non-woven chemical fibres, welded
Enlarged filter area due to filter pockets
Low initial differential pressure and high dust holding capacity
Different numbers of pockets and pocket depths
Quick installation and filter changing times due to easy, safe handling
Fitting into standard cell frames for filter walls (type SIF) or into universal casings (type UCA) for duct installation

Optional equipment and accessories

Front frame made of plastic or galvanised sheet steel

Application

Pocket filter made of non-woven chemical fibres type PFC for the separation of coarse and fine dust
Coarse dust filter: Prefilter in ventilation systems for the separation of coarse dust
Fine dust filter: Prefilter or final filter for the separation of fine dust in ventilation systems.

Filter classes

Coarse dust filters G4
Fine dust filters M5

Construction

PLA: Frame made of plastic
GAL: Frame made of galvanised steel

Useful additions

Filter wall (SIF)
Universal casing (UCA)

Construction features

Wedge-shaped filter pockets
Frame depth of construction PLA: 25 mm
Frame depth of construction GAL: 20, 25 mm
Number of pockets: 3, 5, 6

Materials and surfaces

Filter media made of high-quality non-woven chemical fibres
Frame made of plastic or galvanised sheet steel

Technical information

Pocket filters PFC made of non-woven chemical fibres for the separation of coarse dust when used as a prefilter, and for the separation of fine dust when used as a prefilter or final filter in ventilation systems.

Filter pockets provide a high dust holding capacity at a low initial differential pressure.

Pocket filters made of non-woven chemical fibres are available in standard and special sizes; variable number of pockets and pocket depth; filter classes G4, M5.

Pocket filters used as fine dust filters are certified by Eurovent.

Materials and surfaces