The media are made of thermally bonded, elastic and tear-resistant polyolefin fibers.
P 15/350 S and P 15/500 S have a progressive structure, the layers being arranged one behind the other so that the density of the fiber layers increases towards the clean air side. This allows the filter’s defined performance and dust holding capacity to be optimized, resulting in a longer lifetime for the filter in question and lower pressure drops.
Their ability to filter out dust throughout their lifetime ensures maximum operational reliability.
Thanks to the polyolefin fibers used, P 15 filter media are largely resistant to chemicals such as solvents, acids and alkalis.
The filter media can be cleaned by washing, shaking or spraying with care. Even after washing, they retain their dimensions and thus their technical filtering properties.
| Thickness (mm) | Nominal average speed (m/s) | Clogging capacity (g/m²) | Initial pressure drop (Pa) | Gravimetric efficiency (%) | Classification EN 779 | Classificiation ISO 16890 | |
|---|---|---|---|---|---|---|---|
| P15 / 150 S | 8 | 2 | 600 | 30 | 33 | G2 | ISO Coarse 30% |
| P15 / 350 S | 14 | 1.5 | 700 | 30 | 57 | G3 | ISO Coarse 55% |
| P15 / 500 S | 20 | 1 | 600 | 30 | 75 | G4 | ISO Coarse 75% |
P15 / 150 S
- Thickness (mm)
8
- Nominal average speed (m/s)
2
- Clogging capacity (g/m²)
600
- Initial pressure drop (Pa)
30
- Gravimetric efficiency (%)
33
- Classification EN 779
G2
- Classificiation ISO 16890
ISO Coarse 30%
P15 / 350 S
- Thickness (mm)
14
- Nominal average speed (m/s)
1.5
- Clogging capacity (g/m²)
700
- Initial pressure drop (Pa)
30
- Gravimetric efficiency (%)
57
- Classification EN 779
G3
- Classificiation ISO 16890
ISO Coarse 55%
P15 / 500 S
- Thickness (mm)
20
- Nominal average speed (m/s)
1
- Clogging capacity (g/m²)
600
- Initial pressure drop (Pa)
30
- Gravimetric efficiency (%)
75
- Classification EN 779
G4
- Classificiation ISO 16890
ISO Coarse 75%
