PA filter media have a progressive structure. This optimizes the filter’s defined performance and dust holding capacity, resulting in a longer lifetime of the filter concerned. They are the standard in ultimate air filtration in paint booths and paint tunnels.
The PA/560G-10 guarantees almost 100% filtration of dust particles > 10µm, allowing for maximum paint damage elimination.
The PA-5 micron filters dust particles > 5µm and achieves the best filtration results in painting technology.
The adhesive treatment of each fiber allows to retain the finest particles.
PA/560 G-10 and PA-5micron are also equipped with reinforced mesh on the clean air side, which improves the stability of the filter and reduces the risk of damage during installation.
Both of these medias are resistant to solvent vapors and are silicone-free.
| Thickness (mm) | Nominal average speed (m/s) | Clogging capacity (g/m²) | Initial pressure drop (Pa) | Gravimetric efficiency (%) | Classification EN 779 | Classification ISO 16890 | |
|---|---|---|---|---|---|---|---|
| PA/500-10 | 25 | 0.25-0.5 | 680 | 25 | 10 (ePM1), 15 (ePM2.5), 50 (ePM10) | M5 | ePM10 50% |
| PA/560 G-10 | 25 | 0.25-0.5 | 580 | 30 | 11 (ePM1), 17 (ePM2.5), 55 (ePM10) | M5 | ePM10 55% |
| PA-5 micron | 25 | 0.25-0.5 | 650 | 55 | 7 (ePM1), 19 (ePM2.5), 65(ePM10) | M6 | ePM10 65% |
PA/500-10
- Thickness (mm)
25
- Nominal average speed (m/s)
0.25-0.5
- Clogging capacity (g/m²)
680
- Initial pressure drop (Pa)
25
- Gravimetric efficiency (%)
10 (ePM1), 15 (ePM2.5), 50 (ePM10)
- Classification EN 779
M5
- Classification ISO 16890
ePM10 50%
PA/560 G-10
- Thickness (mm)
25
- Nominal average speed (m/s)
0.25-0.5
- Clogging capacity (g/m²)
580
- Initial pressure drop (Pa)
30
- Gravimetric efficiency (%)
11 (ePM1), 17 (ePM2.5), 55 (ePM10)
- Classification EN 779
M5
- Classification ISO 16890
ePM10 55%
PA-5 micron
- Thickness (mm)
25
- Nominal average speed (m/s)
0.25-0.5
- Clogging capacity (g/m²)
650
- Initial pressure drop (Pa)
55
- Gravimetric efficiency (%)
7 (ePM1), 19 (ePM2.5), 65(ePM10)
- Classification EN 779
M6
- Classification ISO 16890
ePM10 65%
