VERFILTAN + Microglass
coarse and prefilters for several application fields
description
Our Verfiltan® V1 + V2 media is sligtly compressed on the clean air side for filter classes G1 and G2 according to DIN EN 779. In addition our Verfiltan® V2 is slightly oiled for better adhesion of dust.
The tangle fleece V4, being totally dry, is mainly used as paint mist eliminator in bottom filters of paint shops. Alternatively it can be used as pre-cut part in our exchangable plastic frame system.
Microglass
This glass fibre fleece, surrounded by aluminium mesh, has an additional compressed tangle fleece on the cleanair side. Microglass is mainly used in drying cabins, drying kilns and paint shops. Microglass offers a temperature stability of up to approx. 300 oC.
Characteristics
• filter classes G1 - G4 according to DIN EN 779
• stability at 100% relative humidity
• max. operating temperature Verfiltan® 180 oC
• max. operating temperature Microglass 300 oC
fields of application
Possible installations
• planfilter in Rainbow Filters exchangeable plastic frame
• planfilter in Rainbow Filters combination systems
• planfilter in various custom designed housings
Dimensions
for standard rolls:
- 100000 x 1016 mm
- 100000 x 1524 mm
- 100000 x 2000 mm
• pre-cut parts on request
• for standard – exchangeable plastic frames in 596 x 596 x 50 mm, frame material polystyrene, fully incinerable.
Glass fibre media Verfiltan
Technical data
Operation data of VERTFILTAN coarse dust filter* according to DIN EN 779 (except coalescer and Microglss):
|
Type |
Thickness (mm) |
Air flow (m/s) |
Dp initial (pa) |
Dp final** (pa) |
Filter class DIN EN 779 |
Dust holding capacity** (g) |
|
V2 oiled |
50 |
2,5 |
15 |
250 |
G1 |
450 |
|
V4/50 |
50 |
2,5 |
38 |
250 |
G2 |
450 |
|
V4/75 |
75 |
2,5 |
45 |
250 |
G2 |
570 |
|
V4/100 |
100 |
2,5 |
65 |
250 |
G3 |
720 |
|
V4 melamine |
75 |
2,5 |
45 |
550 |
G2 |
coalescer |
|
Microglass |
15 |
1,2 |
70 |
250 |
G4 |
|
* : The given measured value only give an indication, as the operating data depend on condition at location, i.e. at different dust composition data change respectively.
** : Dust holding capacity was measured at recommended final pressure. Depending on the application and installation, higher or lower pressures can be driven, whereas the dust holding may change correspondingly.