CamPulse GT Polytech HE

The PolyTech HE HemiPleat is a self cleaning air filter for gas turbines. A high efficiency filter, it has a propriety media blend and a moisture resistant silicone treatment that offer optimum dust release, yielding long service life at high filtration efficiencies. They offer excellent protection in most high dust environments.

  • Self-cleaning cartridge filter with longer filter life and lower initial pressure drop
  • Extends final filter life when used as a pre-filter
  • Good pulsability
  • Recommended as a pre-filter, not recommended as a final filter
  • ICON17 2in1
  • ICON54 ISO 29461 icon
Item Type ISO 29461 Filter Class EN779 Airflow (m3/h) Diameter 1 (mm) Diameter 2 (mm) Length 1, Cylindrical (mm) Length 2, Cylindrical (mm) Pressure drop Initial (Pa)
CamPulse Cyl/Cyl T5 F7 2500 445 324 660 660 140
/ F7 2500 324 445 660 660 195
Tenkay 34" T5 F7 1150 324 864 147

Specifications

Application
Desert and arctic environments, heavy dust load areas
Pre-filter for gas turbines, large industrial air compressores, diesel & gas engines, generators & enclosures
Filter Frame
Galvanised steel, Stainless steel AISI 304L, 316L
Media
Synthetic
Max temperature (°C)
70º C
Relative Humidity
100%
Recommended final pressure drop
1000 Pa
Pleat
HemiPleat
Separator
Hot-melt
Gasket
Polyurethane, endless foamed, EPDM
Sealant
Polyurethane
Comment
Additional information: Available as dimple pleated and in fire retardant version on request.

Additional product features:
Patented proven open-pleat media HemiPleat™ technology
Water repellent media protected by metal liners
Galvanized metal finish
Self-cleaning air filter cartridges
Improved air distribution
Suitable also in high humidity conditions
Suitable as prefilter for filter classes T10, T12
Tenkays are available with the Gold Cone option for improved pulsing.
Gold series cartridges available
Other filter sizes are available. Contact us for more information.
Retrofit filters are also available for all competitor housings.
Filter wraps available on demand