Share
POLI-PLEAT 19TR
Rigid pocket filters with high-resistance moulded polypropylene structure and pleated filter medium in 100% polypropylene with progressive density. Efficiency class F9. Completely incinerable.
TECHNICAL CHARACTERISTICS AND LIMITS OF USE
- EN ISO16890:2016 Group ISO ePM1 70%
- Efficiency class (CEN EN779): F9
- Average colorimetric efficiency: >95%
- MERV: 15
- Maximum operating temperature: 90°C
- Relative humidity: 100%
- Initial pressure drop: 132 Pa
- Recommended final pressure drop: 450Pa
- Maximum flow rate: 1.3 times the nominai flow rate
- Recommended filtering velocity: 0,065 m/s
- Reaction to fire (DIN 53438/3): Class F1
GREEN BUILDING
Contribute to obtain the credits of the major international rating systems for sustainable buildings:
- LEED: IP, EA, MR, IN
- WELL: AIR, MATERIALS, COMMUNITY
- BREEAM: MAN, WST

FILTERING MEDIA
The filtering media in 100% polypropylene with progressive density is pleated and uniformly spaced out with thermoplastic polypropylene separators. This configuration allows obtaining a long-lasting filter taking up little space. The filter has been tested for a maximum resistance of 6250 Pa. The materials used in the filter are completely incinerable.
APPLICATIONS
Filtration in air treatment units, filtration in painting plants, prefiltration of absolute filters.
PRODUCT DISPOSAL
As the product is entirely made of plastic, it can be disposed of in one single solution. The CER code tor disposal is 150202.
DOWNLOAD TECHNICAL SHEET >>
Related products
-

DAM21R
Linear throw diffuser on rectangular panel with orthogonally arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed.
Read more -

DFL-P
Slotted linear diffuser with adjustable PVC deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Constructed of coupled aluminium profiles to obtain multiple slots inside which adjustable plastic deflectors are housed. The flow of the air injected can be oriented clockwise, anticlockwise or alternating by changing the position of the deflectors.
Read more -

VMA
Steel ventilation valve diffuser far extraction. The air fio w rate is adjusted by screwing (reducing the flow rate) or unscrewing (increasing the flow rate) the centrai disc.
Read more -

SER01
Calibration butterfly damper suitable for installation upstream of the galvanised steel circular diffusers complete with opening/closing mechanism.
Read more
POLI-PLEAT 19TR
Rigid pocket filters with high-resistance moulded polypropylene structure and pleated filter medium in 100% polypropylene with progressive density. Efficiency class F9. Completely incinerable.
TECHNICAL CHARACTERISTICS AND LIMITS OF USE
- EN ISO16890:2016 Group ISO ePM1 70%
- Efficiency class (CEN EN779): F9
- Average colorimetric efficiency: >95%
- MERV: 15
- Maximum operating temperature: 90°C
- Relative humidity: 100%
- Initial pressure drop: 132 Pa
- Recommended final pressure drop: 450Pa
- Maximum flow rate: 1.3 times the nominai flow rate
- Recommended filtering velocity: 0,065 m/s
- Reaction to fire (DIN 53438/3): Class F1
GREEN BUILDING
Contribute to obtain the credits of the major international rating systems for sustainable buildings:
- LEED: IP, EA, MR, IN
- WELL: AIR, MATERIALS, COMMUNITY
- BREEAM: MAN, WST

FILTERING MEDIA
The filtering media in 100% polypropylene with progressive density is pleated and uniformly spaced out with thermoplastic polypropylene separators. This configuration allows obtaining a long-lasting filter taking up little space. The filter has been tested for a maximum resistance of 6250 Pa. The materials used in the filter are completely incinerable.
APPLICATIONS
Filtration in air treatment units, filtration in painting plants, prefiltration of absolute filters.
PRODUCT DISPOSAL
As the product is entirely made of plastic, it can be disposed of in one single solution. The CER code tor disposal is 150202.
DOWNLOAD TECHNICAL SHEET >>
Share


