PRODUCT CATALOGUE - Dinair.se · Our bag filters in the filter classes F5, F6, F7 and F8 are P-labelled ... Coarse filters are tested up to 250 Pa final pressure drop. **)

PRODUCT CATALOGUE

1. Technical information

2. Filter media DinTex, DinGlas

3. Compact filters DinGlas Panel, Z-Pleat, DinPleat

4. HEPA/ULPA filters DinCell

9. Bag filters MaxFlo, GreenFlo, DinPak

11. Residential HVAC application

7. Dust separators DinCart

5. Metal filters DinMet

6. Carbon filters DinCarb

8. Filter boxes/Frames DinBox

10. Surface treatment

12. Other

SwedenHead OfficeDinair Ekonomifilter ABBox 120592 22 VadstenaSwedenTfn +46 143 125 80 Fax +46 143 125 81

StockholmDinair Ekonomifilter ABMånskärsvägen 9141 75 Kungens kurvaSwedenTfn +46 8 531 711 70 Fax +46 8 531 814 90

GothenburgDinair Ekonomifilter ABRingögatan 29417 07 GöteborgSwedenTfn +46 31 22 64 03 Fax +46 31 22 64 06

FinlandNoutovarastoDinair Suodattimet OyTaivaltie 401610 VantaaFinlandpuh. 010 3222 610www.dinair.fi

NorwayDinair Ekonomifilter ASProfessor Birkelandsvei 361081 OsloNorway Tel +47 22 90 59 00Fax +47 22 90 59 09

LatviaDinair Filton SIARupnicu 4, OlaineRigas rajons, LV-2114LatvijaTel +371 26 33 01 09Fax +371 67 06 98 23

SvalövDinair Filton AB Karatoftagatan 1 268 90 Svalöv SwedenTfn +46 418 44 65 80

Our productsCoarse filtersCompact filtersBag filtersHEPA/ULPA filtersMetal filtersCarbon filtersMicro-filtersDust separatorsFine filters

Specifications subject to change without notice

P-labelling guarantees the quality and function

Our bag filters in the filter classes F5, F6, F7 and F8 are P-labelled according to the certification rules for air filters SPCR 022. This is a guarantee from a neutral body that the filter fulfils the re-quirements set for quality and function. SP Technical Research Institute of Sweden continually monitors the design, production and testing of P labelled filters.

Included in the requirements is a six-month long test, where among other things the arrestance grade is checked, so the products correspond to established standards.

Quality air for your products and production The air quality in your production environment is often crucial to the quality of your products. This is our challenge. We meet your filtering needs, what-ever your technical demands. We use every filtering technique and every filtering material available, as filters in your products or for filtering of your produc-tion facilities. Filton AB is a company in the Dinair Group AB, and we have our own manufacturing units in Sweden, Latvia and China.

Quality and environment

Quality and environment are terms that in many respects belong together. Therefore, it has been natural for Filton and the Dinair Group to raise the products' value and quality by quality and environ-mental certification according to ISO 9001 and ISO 14001.

Our operations are inspected and certified by SP Technical Research Institute of Sweden, which also stands for the day-to-day checks.

0,001 0,01 0,1 1 10 100 1000 µm

VirusBacteria

PollenAsbestosPlant spores

Dust harmful to the lungs Dust, mites

Fly-ash

Casting dust

Cement dust

Oil fumes

Tobacco smokeCoal dust

Sand

Hair Ø

Visible to the eyeMicro-filters

Fine filtersCoarse filters

Particle size

The table shows the approximate particle size of several commonly occurring particles as well as the type of filter that is needed for their removal.

Characteristics Average arrestance Average efficiency of synthetic dust of particle 0.4 µm

Am% Um%

Filter groups Filter classes Class limits

Coarse G1 Am< 65(G)* G2 65< Am< 80 G3 80< Am< 90 G4 90< Am

Fine F5 40< Um < 60(F)** F6 60< Um < 80 F7 80< Um < 90 F8 90< Um < 95 F9 95< Um

Classification of ventilation filters in accordance with EN 779:2002

*) Coarse filters are tested up to 250 Pa final pressure drop.

**) Fine filters are tested up to 450 Pa final pressure drop.

0,3 0,4 0,6 0,8 1 2 3 4 6 8 10

Particle size µm

Arrestance efficiency/Particle sizefor different filter classes

100

90

80

70

60

50

40

30

20

10

0

A

C

D

E

F

Initi

al e

ffici

ency

%

Fine filter F9

Fine filter F8

Fine filter F7

Fine filter F6

Coarse filter G4

Coarse filter G3

A

B

C

D

E

F

B

Particle size Average size Filter class Filter class Range µm µm Requirement for Requirement for 80% efficiency 99% efficiency

10 - 30 20 G3 F5

5 - 10 7,5 G3 F5

3 - 5 4 F5 F7

1 - 3 2 F7 F9

0.5 -1 0.75 F8 H10

< 0.5 0.25 H10 > H10

Filter class versus particle size

The necessary filter class to achieve 80% and 99% filtration efficiency respectively

Filter class Total efficiency Local values

H10 > 85 –

H11 > 95 –

H12 > 99.5 97.5

H13 > 99.95 99.75

H14 > 99.995 99.975

U15 > 99.9995 99.9975

U16 > 99.99995 99.99975

U17 > 99.999995 99.9999

Efficiency (%) at MPPS EN1822

Classification is based on the total efficiency and leakage.

Leakage = 5 times higher value than the total penetration, exception for class U17.

MPPS = Most Penetration Particle Size

DinTex is a series of synthetic filter materials that are tested and optimised for air filtration.

There are many and versatile applications. The synthetic material consists of polymer fibres that, thanks to an exclusive mixing and binding technology, give a material with a large number of fibres per square metre. The material is self-extinguishing and all the versions are fire certi-fied.

DinTex is characterised by a very low pressure drop in relation to the air flow as well as good dust capture properties.

DinTex can be supplied cut to specialdimensions on request.

Roll media Synthetic

Technical data G2 G3 G4 F5

Rated air velocity (m/s) 1.5 1.5 1.5 0.25Rated air flow m3/hr/m2 5400 5400 5400 900Initial pressure drop Pa 20 35 42 15Recommended final pressure drop Pa 200 200 200 250Average arrestance efficiency % 78 86 91 95Filter class NS EN 779 G2 G3 G4 F5Flammability rating DIN 53438 F1 F1 F1 F1Max Operating Temperature °C 100 100 100 100Form, roll m 1 x 40/2 x 40 1 x 20/2 x 20 1 x 20/2 x 20 1 x 20/2 x 20

DinTex

DinGlas is a progressively formed glass fibre media for separating particles in air inlet units. It can also be used as an extract air filter in surface treatment facilities where the pigment is dry.

DinGlas is an elastic media with a high bearing capacity for coping with high dust concentra-tions and air quantities. It is thoroughly treated with an odourless adhesive.These factors contribute to DinGlas' high dust holding capacity.

DinGlas is available in two thicknesses, 64 mm and 102 mm, however, it can be delivered cut to special dimensions on request.

Roll media Glass fibre Yellow & Blue

DinGlas

Technical data DinGlas Yellow DinGlas Blue

Thickness mm 64 102Filter class EN779 G3 G4Initial pressure drop Pa at 5400 m3/hr • 7200 m3/hr • 9000 m3/hr 25 • 30 • 40 45 • 85 • 140 Recommended final pressure drop Pa 200 250Flammability rating DIN 53438 F1 F1

Standard dimensions m DinGlas Yellow DinGlas Blue

0.5 x 20 0.5 x 20 0.6 x 20 0.6 x 20 0.75 x 20 – 1.0 x 20 1.0 x 20 1.5 x 20 1.5 x 20

DinGlas Green is a progressively formed glass fibre media for separating pigment particles in surface treatment facilities.

DinGlas Green is a dry media and it is used with advantage for industrial painting, car spraying, painting of woodwork and Tectyl treatment.

Roll media Glass fibre Dry pigment capture

DinGlas Green

Technical data DinGlas Green

Thickness mm 75 and 100Effficiency for synthetic resin varnish % 93-97Initial pressure drop Pa at 2500-6300 m3/hr/m2, 0.7-1.75 m/s 7-40 Recommended final pressure drop Pa 100-120Dust holding at 80 Pa and 0.7 m/s, kg/m2 3.5-4.7Flammability rating DIN 53438 F1

Standard dimensions m

1.5 x 20 0.75 x 20 0.9 x 20 1.0 x 20 1.5 x 20 2 x 20 Pads 500 x 500

DinGlas Panel consists of a progressively formed, oiled, glass fibre material. It is used as a pre-filter to remove the coarsest particles. It can also be supplied with Din-Glas Green.

DinGlas Panel is available in many sizes, up to 1000 x 690 x 94 mm. DinGlas Panel can also be mounted in a plastic or galvanised steel frame.

Media Glass fibre G3Initial pressure drop D=24/45 Pa, D=47/50 Pa, D=94/60 PaSeparators —Frame Moisture resistant cardboard frame with cardboard grilleRec. final pressure drop 200 PaMax temperature 70° C

Filter class G3 Frame type solid cardboard

20 40 60 80 100 120 140 160 1800

20

40

60

80

100

120

Pres

sure

dro

p Pa

% of rated air flow

D=47D=24

Name B H D Area m2 Rated air flow Pressure drop

DinGlas Panel G3 595 290 24/47/94 0,17 1200 45/50/60

DinGlas Panel G3 595 595 24/47/94 0,35 2400 45/50/60

DinGlas Panel G3 494 494 24/47/94 0,24 1800 45/50/60

DinGlas Panel G3 494 392 24/47/94 0,19 1400 45/50/60

DinGlas Panel G3 621 392 24/47/94 0,24 1800 45/50/60

DinGlas Panel G3 621 494 24/47/94 0,31 2100 45/50/60

DinGlas Panel G3 610 305 24/47/94 0,19 1400 45/50/60

DinGlas Panel G3 610 610 24/47/94 0,37 2500 45/50/60

Standard dimensions

DinGlas Panel

Ordering example DinGlas G3 595 x 290 x 24

D

B

H

D=94

Z-pleat is an expanded surface filter, which consists of a pleated polyester mat glued into a cardboard frame and grille. This filter is used for a wide range of HVAC systems and computer units, for installations where space is limit-ed, as well as for upgrading filter quality in older systems.The filter is available in many sizes, up to 1000 x 690 x 94 mm.

Z-pleat can also be mounted in a plastic or galvanised steel frame, as standard it does not contain any metal parts and thus, it can be incinerated.

Media Glass fibre G4Initial pressure drop G4= 70 Pa, F5= 85 PaSeparators —Frame Moisture resistant cardboard frame with cardboard grilleRec. final pressure drop 200 PaMax temperature 70° C

Filter class G4-F5 Depth 24 Frame type solid cardboard

Name B H D Area m2 Rated air flow m3/hr

Z-pleat G4-G5 595 290 24 0.3 700

Z-pleat G4-G5 595 595 24 0.7 1500

Z-pleat G4-G5 494 494 24 0.5 1100

Z-pleat G4-G5 494 392 24 0.4 800

Z-pleat G4-G5 621 392 24 0.5 1100

Z-pleat G4-G5 621 494 24 0.6 1500

Z-pleat G4-G5 610 305 24 0.4 800

Z-pleat G4-G5 610 610 24 0.8 1600

Standard dimensions

Z-pleat

Ordering example Z-pleat G4 595 x 290 x 24

DB

H

Pres

sure

dro

p Pa

% of rated air flow

20 40 60 80 100 120 140 160 1800

20

40

60

80

100

120

140 F5G4



Z-pleat G4-G5 595 290 47 0.7 1500

Z-pleat G4-G5 595 595 47 1.4 3200

Z-pleat G4-G5 494 494 47 0.9 2200

Z-pleat G4-G5 494 392 47 0.7 1600

Z-pleat G4-G5 621 392 47 0.9 2200

Z-pleat G4-G5 621 494 47 1.2 3000

Z-pleat G4-G5 610 305 47 0.7 1600

Z-pleat G4-G5 610 610 47 1.5 3400

Standard dimensions

Z-pleat

DB

H

Pres

sure

dro

p Pa

% of rated air flow





20 40 60 80 100 120 140 160 1800

20

40

60

80

100

120

140 F5G4



Z-pleat G4-G5 595 290 94 1.4 2000

Z-pleat G4-G5 595 595 94 2.8 3900

Z-pleat G4-G5 494 494 94 2 2800

Z-pleat G4-G5 494 392 94 1.5 2100

Z-pleat G4-G5 621 392 94 2 2800

Z-pleat G4-G5 621 494 94 2.5 3500

Z-pleat G4-G5 610 305 94 1.5 2100

Z-pleat G4-G5 610 610 94 3 4200

Standard dimensions

Z-pleat

DB

H

Pres

sure

dro

p Pa

% of rated air flow





20 40 60 80 100 120 140 160 1800

20

40

60

80

100

120

140 F5G4

DinPleat/ DinCell

Example of filter combination: DinPleat GHC.

Designation 1: G = ( Media ), Glass fibreDesignation 2: H = ( Separator ), Hot-melt adhesiveDesignation 3: C = ( Frame ), Cardboard U-profile

DinPleat/DinCell depth and dimension versions

DinPleat/DinCell can be manufactured with a pleat depth from 15 to 250 mm and with frame dimensions from 100 x 100 x 20 to 1220 x 610 x 292 mm.

DinPleat HT, (High Temperature) is manufactured with depths from 150 to 292 mm and with frame dimensions from 287 x 287 to 610 x 610 mm as standard but it can be manufactured in all sizes up to 610 x 1220 x 292 mm.

DestructionDinPleat GHC (cardboard frame), GHP (plastic frame) and DinPleat V can be completely incinerated.

DinCell GHA can be manufactured in 66 and 90 mm ex-truded aluminium frames and can be supplied in sizes from 140 x 250 to 610 x 1220 mm, however, special sizes can be manufactured.

All DinCell filters can be tested according to EN 1822.From filter class H14, all the filters are tested.

Flammability ratingFilters with hot-melt adhesive separator, up to 70°CFilters with aluminium separator, up to 400°C

Key of terms for Media - Separator - Frame

DinPleat, DinCell

Media Des. 1 Separator Des. 2 Frame Des. 3

Glass fibre G Hot-melt adhesive H Cardboard U-profile C

Needle glass media N Aluminium A Cardboard with grille N

Polyester P Steel net S Plastic U-profile P

Meltblown M Cardboard P Plastic with header H

Pleated carbon C None N Plastic V arranged with header Z

Nano fibre A MDF M

Bag filter with glass fibre J Galvanised plate G

Carbon pellets 4 mm K Galvanised with header K

Imp. carbon pellets R Aluminium extruded A

Aluminium plate L

Polyester sides S

No frame B

Stainless galvanised steel frame R

Media Glass fibreInitial pressure drop at nom. flow F6/80, F7/100, F8/120 PaSeparators ThermoplasticRec. final pressure drop 400 PaMax temperature 70° CGasket Can be provided with a sealing strip on one or both sides.

DinPleat type GH_ is a closely pleated fine filter in glass fibre material with separators of hot-melt adhesive.The very large filter area provides a low initial pressure drop and a long service life. DinPleat in mainly used in heat exchanger, air purifiers, cab ventilation or as a prefilter for HEPA filters. DinPleat can be provided with lacquered protective grilles on one or both of the sides.

For the choice of frame type, see the key of terms.

Filter class F5-F8 Frame type C, P, G, R, M

DinPleat GH_

20 40 60 80 100 120 140 160 180

F6F7F8

0

50

100

150

200

Pres

sure

dro

p Pa

% of rated air flow


DinPleat GH_ 305 305 48 1.8 550

DinPleat GH_ 610 305 48 3.7 1100

DinPleat GH_ 610 610 48 7.5 2200

DinPleat GH_ 305 305 96 2.8 850

DinPleat GH_ 610 305 96 5.5 1600

DinPleat GH_ 610 610 96 11 3300

Standard dimensions

Ordering example DinPleat GH_ F5 305 x 305 x 48

DinPleat GH_

DB

H

Filter class F5-F8 Frame type G, R, M

DinPleat GH_

20 40 60 80 100 120 140 160 180

F6F7F8

0

50

100

150

200

Pres

sure

dro

p Pa

% of rated air flow


DinPleat GH_ 305 305 150 3.7 850

DinPleat GH_ 610 305 150 7.5 1650

DinPleat GH_ 610 610 150 15 3300

DinPleat GH_ 305 305 292 6.3 1400

DinPleat GH_ 610 305 292 12.5 2800

DinPleat GH_ 610 610 292 25 5500

Standard dimensions

Ordering example DinPleat GH_ F5 305 x 305 x 150

DinPleat GH_

Media Glass fibreInitial pressure drop at nom. flow F6/80, F7/100, F8/120 PaSeparators ThermoplasticRec. final pressure drop 400 PaMax temperature 70° CGasket Can be provided with a sealing strip on one or both sides.

DinPleat type GH_ is a closely pleated fine filter in glass fibre material with separators of hot-melt adhesive.The very large filter area provides a low initial pressure drop and a long service life. DinPleat is used mainly in heat exchanger, air purifiers or as a prefilter for HEPA filters. DinPleat can be provided with lacquered protec-tive grilles on one or both of the sides.

For the choice of frame type, see the key of terms.

DB

H

Media Glass fibreInitial pressure drop F6/80 F7/100 F8/120Separators Corrugated cardboardRec. Final pressure drop: 400 PaMax temperature: 100° C

DinPleat GPM is a pleated fine filter in glass fibre material with separators of corrugated cardboard, the filters is good for temperatures up to 100 degrees.

The frame is manufactured from MDF. A large filter area gives a low initial pressure drop and a long service life. The filter does not contain any metal parts and can be com-pletely incinerated.

DinPleat GPM is used in air purifiers and ventilation systems when the air is too warm for adhesive separators but the filter is not directly exposed to moisture. The filter can also be manufactured in other filter classes.

Filter class F6-F8 Frame type M

DinPleat GPM

20 40 60 80 100 120 140 160 180

F6F7F8

0

50

100

150

200

Pres

sure

dro

p Pa

% of rated air flow


DinPleat GPM 305 305 150 3 900

DinPleat GPM 610 305 150 6 1800

DinPleat GPM 610 610 150 12 3400

DinPleat GPM 305 305 292 6 1400

DinPleat GPM 610 305 292 12 2700

DinPleat GPM 610 610 292 24 4800

Standard dimensions

Ordering example DinPleat GPM F6 305 x 305 x 150

DinPleat GPM

DB

H

Media Glass fibreInitial pressure drop at nom. flow F6/80, F7/100, F8/110 PaSeparators ThermoplasticRec. final pressure drop 400 PaMax temperature 70° C

DinPleat GHK is a closely pleated fine filter in glass fibre material with separators of hot-melt adhesive. DinPleat GHK has a 25 mm enclosure frame and is mounted in the same way as bag filters. The very large filter area provides a low initial pressure drop and long service life. It is used mainly in heat exchanger, air purifiers but also as a prefilter for HEPA filters.

DinPleat can be provided with lacquered protective grilles on one or both of the sides.

DinPleat GHK can also be manufactured in other filter classes.

Filter class F6-F8 Frame type K, 25 mm header

DinPleat GHK


DinPleat GHK 287 287 150 2 600

DinPleat GHK 494 494 150 6.5 1900

DinPleat GHK 287 592 150 5 1600

DinPleat GHK 592 592 150 10 3200

DinPleat GHK 287 287 292 4 1000

DinPleat GHK 494 494 292 13 3100

DinPleat GHK 287 592 292 9 2100

DinPleat GHK 592 592 292 19 4500

Standard dimensions

Ordering example DinPleat GHK F6 287 x 287 x 150

20 40 60 80 100 120 140 160 180

F6F7F8

0

50

100

150

200

Pres

sure

dro

p Pa

% of rated air flow

DinPleat GHK

D

B

H

25

DinPleat KGA HT is a high temperature filter with glass fibre material and separators of corrugated aluminium. DinPleat KGA HT has a 25 mm enclosure frame and is mounted in the same way as bag filters. The large filter area provides a low initial pressure drop and long service life. It is prima-rily used in lacquer ovens and similar applications with high temperatures. It can be provided with protective grilles on one or both sides. Frame type galvanised steel plate, but it can be delivered in stainless steel plate.

DinPleat KGA HT can also be manufactured in other filter classes.

Filter class F6-F8 High temp filter Frame type K, 25 mm header

DinPleat GAK HT

20 40 60 80 100 120 140 160 180

F6F7F8

020406080

100120140160180200

Pres

sure

dro

p Pa

% of rated air flow


DinPleat GAG HT 287 287 150 2 600

DinPleat GAG HT 494 494 150 6 1800

DinPleat GAG HT 287 592 150 4 120

DinPleat GAG HT 592 592 150 8 2400

DinPleat GAG HT 287 287 292 4 1000

DinPleat GAG HT 494 494 292 12 2900

DinPleat GAG HT 287 592 292 8 1900

DinPleat GAG HT 592 592 292 16 3800

Standard dimensions

Ordering example DinPleat GAK HT F6 305 x 305 x 150

Media Glass fibreInitial pressure drop at nom. flow F6/80, F7/100, F8/110 PaSeparators AluminiumRec. final pressure drop 400 PaMax temperature 400° C

DinPleat GAK HT

D

B

H

25

Filter class F6-F8 High temp filter Frame type G, R

DinPleat HT

% of nominal flow


DinPleat GAG HT 305 305 150 3 600

DinPleat GAG HT 494 494 150 7 1900

DinPleat GAG HT 305 610 150 5 1600

DinPleat GAG HT 610 610 150 11 3200

DinPleat GAG HT 305 305 292 5 1000

DinPleat GAG HT 494 494 292 16 2400

DinPleat GAG HT 287 610 292 11 2000

DinPleat GAG HT 610 610 292 22 4000

Standard dimensions

Ordering example DinPleat GAG HT F6 305 x 305 x 150

20 40 60 80 100 120 140 160 180

F6F7F8

020406080

100120140160180200

Pres

sure

dro

p Pa

DinPleat GAG HT

Media Glass fibreInitial pressure drop at nom. flow F6/80, F7/100, F8/120 PaSeparators AluminiumRec. final pressure drop 400 PaMax temperature 400° C

DinPleat GAG HT is a high temperature filter with glass fibre material and separators of corrugated aluminium. The large filter area provides a low initial pressure drop and a long service life. It is primarily used in lacquer ovens and similar applications with high temperatures. DinPleat GAG HT is provided with protective grilles on one or both of the sides. Frame type galvanised steel plate, but it can be delivered in stainless steel plate.

DinPleat GAG HT is also available in other filter classes.

D B

H

DinPleat V is a closely pleated fine filter with vertical glass fibre banks and separators of hot-melt adhesive. DinPleat V has a 25 mm enclosure frame and is mounted in the same way as bag filters. The very large filter area provides a low initial pressure drop and long service life.

DinPleat V is a very stable filter with a short construction depth and it is primarily used for ventilation with turbu-lent air flows and with very moist air. It can be provided with a protective grille on the clean air side.

Filter class F6-F9 Frame type Plastic, 25 mm header

DinPleat V

20 40 60 80 100 120 140 160 180

F6

F7F8F9

0

50

100

150

200

250

300

Pres

sure

dro

p Pa

% of rated air flow

Name B H D Area m2 Air flow m3/hr / Pressure drop Pa

DinPleat V F6 resp. F7 592 287 292 9 2100 / 100 and 130






Standard dimensions

Ordering example DinPleat V F6 592 x 287 x 292

Media Glass fibre F6-F9Separators ThermoplasticRec. final pressure drop 400 PaMax temperature 70° C

DB

H

25

Filter class H12-H14 Frame type M, G, R

DinCell GA_

Name B H D Area m2 Nom. flow m3/hr

DinCell GA_ 305 305 150 2.5 320

DinCell GA_ 610 305 150 5 650

DinCell GA_ 610 610 150 11 1450

DinCell GA_ 762 610 150 14 1800

DinCell GA_ 1220 610 150 22 2900

DinCell GA_ 305 305 292 6 600

DinCell GA_ 610 305 292 12 1250

DinCell GA_ 610 610 292 25 2750

DinCell GA_ 762 610 292 32 3500

DinCell GA_ 1220 610 292 50 5500

Standard dimensions

Ordering example DinCell GA_ H12 305 x 305 x 150

Pres

sure

dro

p Pa

% of rated air flow

20 40 60 80 100 120 140 160 180

H12H13H14

0

100

200

300

400

500DinCell GA_

DinCell GA_ is a pleated HEPA filter with a very high efficiency. The filter material is glass fibre with aluminium separators. The large filter area provides a low initial pressure drop and long service life. DinCell GA_ is used primarily in clean rooms for hospitals, the electronics and pharmaceutical industries but also as a final filter in industry as well as for ventilation where there are particles injurious to health in the air.

Frame type MDF (M), galvanised steel plate (G) or stainless steel (R). The filter can be provided with protective grilles on one or both of the sides. Can also be supplied in class H10 and H11.

Media Glass fibreInitial pressure drop at nom. flow H12/230, H13/250, H14/270 PaSeparators AluminiumFinal pressure drop 500 PaMax temperature 120° CGasket Foamed polyurethane or foam rubber

D

B

H

DinCell is a tightly pleated HEPA filter with a very high efficiency. The very large filter area provides a low initial pressure drop and long service life. DinCell is used primarily in clean rooms for hospitals, the electronics and pharmaceutical industries but also as a fi-nal filter in industry as well as for ventilation where there are particles injurious to health in the air. Frame type MDF (M), galvanised steel plate (G) or stainless steel (R). The frame is available in depths 24-292 mm.

The filter can be provided with protective grilles on one or both of the sides. Can be supplied in class H10 and H11.

Media Glass fibreInitial pressure drop at nom. flow H12/230, H13/250, H14/270 PaSeparators ThermoplasticRec. final pressure drop 600 PaMax temperature 70° CGasket Foamed polyurethane or foam rubber

Filter class H12-H14 D 78 mm Frame type M, G, RPr

essu

re d

rop

Pa

% of rated air flow

20 40 60 80 100 120 140 160 180

H12H13H14

0

100

200

300

400

500

DinCell GH_

Name B H D Area m2 Nom. flow m3/hr

DinCell GH_ 305 305 78 2 250

DinCell GH_ 610 305 78 4.5 550

DinCell GH_ 610 610 78 9 1250

DinCell GH_ 762 610 78 11 1400

DinCell GH_ 1220 610 78 18 2500

Standard dimensions

Ordering example DinCell GH_ H12 305 x 305 x 78

DB

H

DinCell GHM

DinCell is a tightly pleated HEPA filter with a very high efficiency. The very large filter area provides a low initial pressure drop and long service life. DinCell is used primarily in clean rooms for hospitals, the electronics and pharmaceutical industries but also as a final filter in industry as well as for ventilation where there are particles injurious to health in the air. Frame type MDF (M), galvanised steel plate (G) or stainless steel (R). The frame is available in depths 24-292 mm.The filter can be provided with protective grilles on one or both of the sides. Can be supplied in class H10 and H11.


Filter class H12-H14 D 150 mm Frame type M, G, R

DinCell GH_

DB

H

Name B H D Area m2 Nominal flow m3/hr

DinCell GH_ 305 305 150 4 450

DinCell GH_ 610 305 150 7.5 1000

DinCell GH_ 610 610 150 15 1600

DinCell GH_ 762 610 150 19 1900

DinCell GH_ 1220 610 150 30 3200

Standard dimensions

Pres

sure

dro

p Pa

% of rated air flow

20 40 60 80 100 120 140 160 180

H12H13H14

0

100

200

300

400

500DinCell GHM


DinCell is a tightly pleated HEPA filter with a very high efficiency. The very large filter area provides a low initial pressure drop and long service life. DinCell is used primarily in clean rooms for hospitals, the electronics and pharmaceutical industries but also as a final filter in industry as well as for ventilation where there are particles injurious to health in the air. Frame type MDF (M), galvanised steel plate (G) or stainless steel (R). The frame is available in depths 24-292 mm.The filter can be provided with protective grilles on one or both of the sides. Can be supplied in class H10 and H11.


Filter class H12-H14 D 292 mm Frame type M, G, R

DinCell GH_

DB

H


DinCell GH_ 305 305 292 6 600

DinCell GH_ 610 305 292 12 1300

DinCell GH_ 610 610 292 25 2600

DinCell GH_ 762 610 292 32 3200

DinCell GH_ 1220 610 292 50 5000

Standard dimensions


Pres

sure

dro

p Pa

% of rated air flow

20 40 60 80 100 120 140 160 180

H12H13H14

0

100

200

300

400

500DinCell GHM

DinCell is a tightly pleated HEPA filter with a very high efficiency. The very large filter area provides a low initial pressure drop and long service life. DinCell is used primarily in clean rooms for hospitals and the electronics and pharmaceutical industries. The frame is in extruded aluminium and the filter has powder coated protective grilles on both sides of the filter packet. Can be supplied in class U15.


Filter class H12-H14 Frame type extruded aluminiumPr

essu

re d

rop

Pa

% of rated air flow

20 40 60 80 100 120 140 160 180

H12H13H14

0

50

100

150

200

250

300

350

DinCell GHA

D

B

H


DinCell GHA 305 305 66 2.7 150

DinCell GHA 610 305 66 5.5 300

DinCell GHA 610 610 66 11 600

DinCell GHA 762 610 66 13 750

DinCell GHA 1220 610 66 22 1200

DinCell GHA 305 305 90 4 200

DinCell GHA 610 305 90 8 400

DinCell GHA 610 610 90 16 800

DinCell GHA 762 610 90 20 1000

DinCell GHA 1220 610 90 32 1600

Standard dimensions

Ordering example DinCell GHA H12 305 x 305 x 66

DinCell GHA

DinMet is a metal filter consisting of metal wires weaved into a special pattern to provide a high arrestance with a low pressure drop. The metal stitching is enclosed by a U profile and a metal support net on the inlet and outlet sides.

The metal components are available in aluminium, elec-tro galvanised, stainless or acid resistant versions.

Metal filters are suitable as prefilters for separating coarser particles, oil, Tectyl, grease, high humidity, as spark protection etc.

Advantages

• High arrestance of oil, grease 90-92 %

• Low pressure drop

• Large cooling surface

• Can be cleaned many times

• Tolerates powerful cleaning

• Manufactured in most sizes

• Tailored to customer's order

Metal filters

DinMet

D

B

H

Ordering example DinMet AL B x H x D

Frame Des.

Aluminium plate AL

Electro galvanised plate EL

Stainless galvanised steel frame RO

Acid resistant plate SY

Dinkök grease filter cells are manufactured from metal wires weaved into a special pattern to provide a large cooling surface, high arrestance and low air resistance.

Special dimensions can be supplied on request.

Rec. final pressure drop 80-120 Pa

Advantages

• Can be cleaned in dishwasher

• High fat arrestance 90-95 %

• Low air resistance

• Long service life

• Suitable for most cooker hoods

• Handle provided for easy handling

Grease filter

DinKök

D

B

H

Name B H D Flow m3/h Initial pressure drop

DK 525 495 245 50 1000 45

DK 555 495 495 50 2000 30

DK 522 495 245 25 1000 40

DK 552 495 495 25 2000 25

Standard dimensions

Ordering example, as above.

Carbon filter F5 Frame type Plastic with header

% of rated air flow

D B

H

DinCarb V

DinCarb V is a pleated carbon filter with vertical filter banks. DinCarb V has a 25 mm enclosure frame and is mounted in the same way as bag filters. The large filter area provides a low initial pressure drop.

DinCarb V is used primarily to remove odours in the ventilation to offices and industry but also concentrations of solvents, ozone and nitrous fumes. DinCarb V can also be pleated with a F6 or F7 prefilter material.

DinCarb V is very stable with a short construction depth, moreover, it can be provided with protective grilles on the clean air side and it can be completely incinerated.

Media Activated carbon, 500 g/m2

Separator —Frame PlasticRec. final pressure drop 400 PaMax. temperature 50° C

25


DinCarb V 592 287 292 4.5 1600 / 90

DinCarb V 592 494 292 7 2400 / 90

DinCarb V 592 592 292 9 3200 / 90

Standard dimensions

Ordering example DinCarb V F5 592 x 287 x 292

20 40 60 80 100 120 140 160 180

Kol

0

50

100

150

200

250

Pres

sure

dro

p Pa

Carbon filter F6-F7 Frame type Plastic with header

% of rated air flow

D B

H

DinCarb V

25


DinCarb - F6 / F7 592 287 292 4 1600 / -120 / 130

DinCarb - F6 / F7 592 494 292 7 2400 / -120 / 130

DinCarb - F6 / F7 592 592 292 9 3200 / -120 / 130

Ordering example DinCarb V F6 592 x 287 x 292

20 40 60 80 100 120 140 160 180

Kol+F6Kol+F7

0

50

100

150

200

250

Pres

sure

dro

p Pa

DinCarb V is a pleated carbon filter with vertical filter banks. DinCarb V has a 25 mm enclosure frame and is mounted in the same way as bag filters. The large filter area provides a low initial pressure drop.

DinCarb V is used primarily to remove odours in the ventilation to offices and industry but also concentrations of solvents, ozone and nitrous fumes. DinCarb V can also be pleated with a F6 or F7 prefilter material.

DinCarb V is very stable with a short construction depth, more-over, it can be provided with protective grilles on the clean air side and it can be completely incinerated.

Media Activated carbon, 500 g/m2 + F6/F7Separator —Frame PlasticRec. final pressure drop 400 PaMax. temperature 50° C

Standard dimensions

Carbon filters End Caps galvanised steel

Name Ø D L Volume dm3 Rated air flow m3/hr

DinCarb AKN 145 250 2.5 80

DinCarb AKN 145 450 4.4 150

DinCarb AKN 145 600 5.8 200

DinCarb AKN

Standard dimensions

DinCarb AKN is a cylindrical carbon filter that is mounted on an anchor plate with a bayonet catch.

DinCarb AKN is used primarily to remove odours in the ventila-tion to offices and industry but also concentrations of solvents, ozone and nitrous fumes. DinCarb AKN can be refilled.

DinCarb AKN can be supplied in stainless steel as well as im-pregnated carbon.

Media Activated carbon, pelletsEnd Caps Galvanised steel plateSupport tube Galvanised perforated steel plateSeal 3 mm foam rubberPressure drop 110 PaMax. temperature 50° C

L

ØD

Ordering example DinCarb AKN L= 250

% of rated air flow

20 40 60 80 100 120 140 160 180

DinCarb AKN

020406080

100120140160180200

Pres

sure

dro

p Pa

Carbon filters Frame galvanised steel plate

Name H B D Carbon quantity kg Rated air flow m3/hr

DinCarb Panel 305 305 50 4.5 100

DinCarb Panel 610 305 50 9 200

DinCarb Panel 610 610 50 18 400

DinCarb Panel

Standard dimensions

Ordering example DinCarb Panel 305 x 305 x 50

Air velocity m/min

5 10 15 20 25 30 35 40

DinCarb Panel

0

50

100

150

200

250

300

Pres

sure

dro

p Pa

with

50

mm

car

bon

bed

DinCarb Panel consists of a galvanised steel frame filled with activated carbon pellets. The filter can be supplied in stainless steel as well as impregnated carbon.

The filter is used primarily to remove odours in the ventila-tion to offices and industry but also to remove low concen-trations of solvents, ozone and nitrous fumes.

DinCarb Panel is available in all dimensions from 100 x 100 x 20 up to 610 x 1220 x 100 mm.

Media Activated carbon, pelletsInitial pressure drop with rated air flow 120 PaFrame Galvanised steel plateSupport tube Galvanised perforated steel plateGasket 6 mm foam rubberMax. temperature 50° C

H

B

D

Carbon filters Frame galvanised steel plate

Name H B D No. panels Carbon quantity kg Rated air flow m3/hr

DinCarb V KNG 305 305 150 3 3.5 250

DinCarb V KNG 610 305 150 3 7 500

DinCarb V KNG 610 610 150 6 14 1000

DinCarb V KNG 305 305 292 3 7 500

DinCarb V KNG 610 305 292 3 14 1000

DinCarb V KNG 610 610 292 6 28 2000

DinCarb V KNG

Standard dimensions

Ordering example DinCarb V KNG 305 x 305 x 150

Air velocity m/min

5 10 15 20 25 30 35 40

DinCarb Panel

0

50

100

150

200

250

300

Pres

sure

dro

p Pa

with

50

mm

car

bon

bed

DinCarb Panel consists of a galvanised steel frame with vertical DinCarb panels. The filter can be supplied in stain-less steel as well as impregnated carbon. DinCarb V can have different numbers of carbon panels depending on the desired air flow, pressure drop or the concentration of impurities. The filter is used primarily to remove odours in the ventilation to offices and industry but also to remove low concentrations of solvents, ozone and nitrous fumes.

DinCarb V Panel is available in all dimensions from 305 x 305 x 150 up to 610 x 1220 x 292 mm.

Media Activated carbon, pelletsInitial pressure dropwith nom. air flow 170 PaFrame Galvanised steel plateSupport tube Galvanised perforated steel plateGasket 6 mm foam rubberMax. temperature 50° C

H

B

D

Carbon filters Frame type Plastic frame

DinCarb CNP

DinCarb CNP is a pleated carbon filter with a large filter area, which provides a low initial pressure drop. It is used primarily to remove odours in the ventilation to offices and industry as well as to remove low concentrations of solvents, ozone and nitrous fumes. DinCarb CNP can be incinerated and it is a very stable filter with a short construction depth.

The filter can be provided with protective grilles on the clean air side and it is also available in plate and cardboard frames. The carbon filter material can also be pleated with a F6 or F7 prefilter material and it is manufactured in the dimensions 100 x 100 up to 610 x 1220 and with frame depths 24, 48, 96 mm.

Media Activated carbon 500 g/m2

Initial pressure dropwith rated air flow 80 PaSeparators —Frame Plastic Rec. final pressure drop 400 PaMax. temperature 50° C

H

B

D

Name B H D Area m2 Rated air flow m3/hr at 80 Pa

DinCarb CNP 305 305 24 0.5 125

DinCarb CNP 610 305 24 1 250

DinCarb CNP 610 610 24 2 500

DinCarb CNP 305 305 48 1 250

DinCarb CNP 610 305 48 2 500

DinCarb CNP 610 610 48 4 1000

DinCarb CNP 305 305 96 1.5 300

DinCarb CNP 610 305 96 3.5 750

DinCarb CNP 610 610 96 7 1400

Standard dimensions

Ordering example DinCarb CNP 305 x 305 x 240

% of rated air flow

20 40 60 80 100 120 140 160 1800

20406080

100120140160

Pres

sure

dro

p Pa

DinCarb CNP

Carbon filters

DinCarb Media

DinCarb Media is a collective name for various types of carbon impregnated carrier materials.

DinCarb Media is available in 4 basic types.

1. PPI foam impregnated with powdered carbon

2. PPI foam impregnated with granulated carbon

3. Polyester mat impregnated with powdered carbon

4. Granulated carbon between 2 thin polyester vlies

DinCarb Media is used primarily to remove odours in ventilation systems, kitchens, offices and industry but also to remove low concentrations of solvents, ozone and nitrous fumes.

DinCarb Media is available in all dimensions up to 1 x 2 m and in various thicknesses. DinCarb Media is available in cut pieces but also mounted in cardboard, plate or plastic frames.

DinCarb can also be combined with different prefilter materials and HEPA filters.

DinCart

DinCartExample of filter combination: DinCart ACN.

Des. 1: A = ( End Caps ), Galvanised steel plateDes. 2: C = ( Media), Cellulose Des. 3: N = ( Impregnation ), None

DinCart is manufactured with End Caps in plates, plastic or soft polyurethane. It is available in many diameters, from 50 to 700 mm, and lengths from 100 to 2000 mm.

For the filter material, Cellulose, Polyester or Glass Fibre are used. The material can be pleated in several layers and can also be combined with activated carbon.

The polyester material is also available in antistatic, Teflon or oleo phobic impregnated versions and the Cellulose material is available impregnated with a fire retardant.

End Caps Des. 1 Media Des. 2 Impregnation Des. 3

Galvanised steel plate A Cellulose C None N

Cast aluminium B FR F

Threaded C Polyester P None N

Polyurethane D ALU A

A with rubber connector E TR T

Stainless steel plate F PTFE P

Plastic End Caps G Glass fibre G

Polypropylene O

Carbon pellets K

Impr. carbon pellets R

Glass fibre + Cellulose T

Carbon mat 500 g/m2 A

Key of terms for End Caps - Media - Impregnation

Filter cartridge type A End Caps galvanised steel plate

Name Ø Dy mm Ø Di mm L mm

DinCart A_ _ 150 89 100-1200

DinCart A_ _ 216 149 100-1200

DinCart A_ _ 262 150 100-1200

DinCart A_ _ 325 212 100-1200

DinCart A_ _ 351 240 100-1200

DinCart A_ _ 480 367 100-1200

DinCart A_ _ 562 459 100-1200

DinCart A

Standard dimensions

DinCart A is a cylindrical filter that is mounted on a drawbar and it can be supplied in a number of different diameters and lengths.

DinCart A can be delivered with one open and one closed end or with both End Caps open.

DinCart A can be used in many applications e.g. welding, blasting, powder coating etc.

For the filter material, the following are used:Cellulose (C), Polyester (P), Glass fibre (G).The cellulose filter can be supplied with impregnated with a flame retardant, the polyester filter with antistatic (A) or Teflon (T) impregnation as well as with a Teflon membrane (P).

For the correct combination, see the key of terms.

Media Polyester or CelluloseEnd Caps Galvanised steel plateSupport tube Galvanised expanded metalGasket Foam rubber packing on the open end as well as bottom gasket round the central hole.Max. pressure drop 2500 PaMax. temp. 90° CMax. cleaning pressure 6 Bar

L

ØDy

ØDi

Ordering example DinCart A_ _ 150 x 100

Name Ø D mm R Number of mounting eyes L mm

DinCart B_ _ 150 ? 3 100-1200

DinCart B_ _ 150 ? 4 100-1200

DinCart B_ _ 225 ? 3 100-1200

DinCart B_ _ 225 ? 4 100-1200

DinCart B_ _ 325 ? 3 100-1200

DinCart B_ _ 325 (I) ? 3 100-1200

Standard dimensions

DinCart B is a cylindrical filter that is installed with 2-4 bolts in the filter unit. The filter's bottom end is available closed.

DinCart B is available in various diameters and lengths.

DinCart B can be used in many applications e.g. welding, blasting, powder coating etc.

For the filter material, the following are used:Cellulose (C), Polyester (P), Glass fibre (G).

The cellulose filter can be supplied with impregnated with a flame retardant, the polyester filter with antistatic (A) or Teflon (T) im-pregnation as well as with a Teflon membrane (P).


Media Polyester or CelluloseEnd Caps Galvanised steel plateSupport tube Galvanised expanded metalGasket Gasket on open endMax. pressure drop 2500 PaMax. temp. 90° CMax. cleaning pressure 6 Bar

L

ØD

Filter cartridge type B End Caps cast aluminium

DinCart B

Ordering example DinCart B_ _ 3 150 x 100

R

C L

Name Ø D mm Thread RD L mm

DinCart C_ _ 115 RD60 100-1200

DinCart C_ _ 115 RD72 100-1200

DinCart C_ _ 120 RD73 100-1200

DinCart C_ _ 120 RD76 100-1200

DinCart C_ _ 150 RD100 100-1200

Standard dimensions

DinCart C is a cylindrical filter that is screwed in place against a threaded connector. The filter's bottom end is closed.

DinCart C is available in various diameters and lengths.

DinCart C can be used in many applications e.g. welding, blasting, powder coating etc.


The cellulose filter can be supplied with impregnated with a flame retardant, the polyester filter with antistatic (A) or Teflon (T) impregnation as well as with a Teflon membrane (P).


Media Polyester or CelluloseEnd Caps Galvanised steel plateSupport tube Galvanised expanded metalGasket Felt gasket on open endMax. pressure drop 2500 PaMax. temp. 90° CMax. cleaning pressure 6 Bar

L

ØD

Filter cartridge type C End Caps Threaded galvanised steel plate

DinCart C

Ordering example DinCart C_ _ RD60 115 x 100 1 m2

RD


DinCart D_ _ 125 78 100-1200

DinCart D_ _ 150 92 100-1200

DinCart D_ _ 216 149 100-1200

DinCart D_ _ 325 214 100-1200

Standard dimensions

Filter cartridge type D End Caps soft PUR End Caps

DinCart D

Ordering example DinCart D_ _ 125 x 100 1.5 m2

DinCart D is a cylindrical filter with End Caps in soft PUR. The filter can be supplied with two open PUR End Caps or one open PUR end and one closed plate end. DinCart D is available in various diameters and lengths.

DinCart D can be used in many applications e.g. industrial vacuum cleaners, air purifiers and as an air filter for vehicles.

For the filter material, the following are used:Cellulose (C), Polyester (P), Glass fibre (G).The material can also be pleated in 2 and 3 layers.The cellulose filter can be supplied with impregnated with a flame retardant, the polyester filter with antistatic (A) or Te-flon (T) impregnation as well as with a Teflon membrane (P).


Media Polyester or CelluloseEnd Caps Soft PURSupport tube Galvanised expanded metalGasket —Max. pressure drop 2500 PaMax. temp. 90° CMax. cleaning pressure 6 Bar

L

ØDy

ØDi


DinCart E_ _ 150 89 100-1200

DinCart E_ _ 216 149 100-1200

DinCart E_ _ 262 150 100-1200

DinCart E_ _ 325 212 100-1200

DinCart E_ _ 351 240 100-1200

DinCart E_ _ 480 367 100-1200

DinCart E_ _ 562 459 100-1200

Standard dimensions

DinCart E is a cylindrical filtered that is mounted on a connector with the help of hose clips.

DinCart E is available in various diameters and lengths. The rubber collar sits round the open end's outer edge, with a breadth of approx. 100 mm.

DinCart E is primarily used for sawdust vacuum collectors but also for direct assembly on flexible ducts.

Polyester (P) is used as the filter material moreover, it can be supplied with antistatic (A) or Teflon (T) impregnation as well as with a Teflon membrane (P).


Media PolyesterEnd Caps Galvanised steel plateSupport tube Galvanised expanded metalGasket Rubber connector 2 x 100 mmMax. pressure drop 1500 PaMax. temp. 70° CMax. cleaning pressure 4 Bar

L

ØDy

Filter cartridge type E End Caps galvanised steel plate with rubber collar

DinCart E

Ordering example DinCart E_ _ 150 x 1000 10 m2

ØDi

100

mm

2 mm

DinCart F is a collective name for all of our spe-cial filters with different End Caps, fastenings and materials.

The filter can be straight, conical, cylindrical or oval, with reinforcing plates on the End Caps or support tube and have one open and one closed end or both End Caps open.

DinCart E is primarily used in smaller units e.g. industrial vacuum cleaners.


The cellulose filter can be supplied with impreg-nated with a flame retardant, the polyester filter with antistatic (A) or Teflon (T) impregnation as well as with a Teflon membrane (P).

DinCart F

Draft free ventilationA ventilation system in textile is the cheapest alterna-tive for supply air and an excellent alternative to the traditional plate drum. Our textile air distribution hose effectively distributes the air over a large area and, moreover, avoids uncomfortable drafts and noise in the premises. The air distribution hose is simple to install and it can be adapted as required. The hose also func-tions as an extra filter, for example in the wood industry, where the return air often goes via an air distribution hose.

Advantages

• Extra filtration• Low noise level• Low installation cost• Easy and quick assembly• Moveable• Draft free air supply• Available in several colours• Does not become mouldy• Extremely low moisture absorption • Low weight• Washable• Support rings to maintain the shape

Dimensions & accessories:

Standard diameters:200, 315, 400, 500, 600, 630 mm

Length:As requested, max length per hose 14 m

Accessories:Joints, 90 degree bends, T-pieces, ceiling screws & suspension chain.

Horizontal installationDelivered ready for suspending, for example oncarrier wires with rope inset at the connection end, sup-port ring sewn on with S-hook every running metre as well as end sewn closed. Hose clips included.

Vertical installationDelivered with or without support rings, bottom sewn closed with attachment eyes. Hose clips included.

The supply air diffuser can also be supplied with half the distribution zone.

Flow calculation forcompleted air distribution hose

Diameter 200 mm 315 m3/m/hr Diameter 315 mm 500 m3/m/hr Diameter 400 mm 630 m3/m/hr Diameter 500 mm 785 m3/m/hr Diameter 600 mm 950 m3/m/hr Diameter 800 mm 1,260 m3/m/hr

Air Distribution Hose and Supply Air Diffuser

DinTube

Quality is good, but the right quality is betterIf you want to use your filter to the maximum – but with as few replacements as possible – you need to turn to a filter supplier who has the competence and the resources to recommend the right quality and who manufactures the right fit. We have the quality that matches your needs. To be able of producing a filter that is exactly right, it is necessary to take several factors into consideration, which together creates a broad spectrum of variations. The factors that influence the filter's quality include the fibre mix, surface struc-ture, mechanical/chemical treatment and assembly etc.

Always ask our advice when it is time to replace a filter. Then you can rest assured that you obtain the best possible for your equipment.

TetratexPTFE membrane for extreme arrestance and durability.

Version HEA polyester range with fine fibres that result in an increased arrestance efficiency as well as less risk for blinding. It can be combined with impregnation, which increases the cleanability in the case of damp and sticky dusts.

Version SL - specially adapted for the food industryWith a self-supporting structure, it is possible to in-crease the fibre quantity and thereby improve the filtration and capacity. A great advantage is that the material does not release any fibres or threads in seams and joints. The needle loom is also available in an antistatic version, containing fibres that are coated with copper sulphide, which means that the material also has antibacterial properties.

Filter Hoses and Filter Bags

DinTube Cassette

Properties of different fibresThere are a number of different fibres that we use, depending on the operation case.

Here are examples of some:

Filter Hoses and Filter Bags

DinTube

Filter Box

DinBox

DinBox is suitable for several types of filter from our range.

DinPak

MaxFlo

DinCell

DinPleat

DinKol

DinGlas

Z-Pleat

and combinations of these.

Construction:

Electro galvanised steel plate as standard, it is also available in stainless or acid resistant steel plate. Non-insulated, condensation insulation 20 mm, double support tube with 40 mm thermal and condensation insulation as well as double support tube with 50 mm fire insulation.

Standard guide system is U profile with slide gasket. In the case of higher filter class, eccentric locking should be used for the maximum sealing between filter and mounting strip.

PG join, flared flange, bottom with the desired type of connection as well as long junctions to optional con-nector can be provided.

Outlet for pressure meter.

Inspection hatch on hinges with locking wheel. Separate hatch with locking wheels is also available.

Standard length for bag filters and compact filters, 600 and 850 mm respectively. Standard length for flat filter 220 mm.

When ordering, please state the construction desired according to the above, as well as the dimensions B x H x D. The hatch is always placed on the side designated as H. The filter box can be rotated 180°.

The dimensions that are stated will be the connection dimensions.

H

B

D

DinGrip is a holding frame for DinPak, MaxFlo, Pleat Header, DinCell, Header and similar with connection frame.

The frames are available in several standard sizes. These are built together into a larger framework or fil-ter bank. The frames are manufactured from 1.25 mm galvanised steel plate and they are provided with four strong locking rings to hold the filter in place as well as rubber gaskets on the inside of the frame for the maxi-mum gasket against the filter.

To provide the best function and sealing, the frame is assembled so that the filter replacement is done form the dust side/inlet side.

The frames are bolted together for the highest stability. In the case of larger filter banks and flows, the support profiles should be mounted between the frames, at a suitable arrestance, to obtain the maximum stability and sealing.

Holding frames

DinGrip

1000 2000 3000 4000 5000 60000

25

50

75

100

125

150

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 375 D= 525

D= 635

Filter class F5 592 x 592

Name B H D M2 Number of bags

MaxFlo®G 592 592 375 4.6 10

MaxFlo®G 592 592 525 6.5 10

MaxFlo®G 592 592 635 7.8 10

MaxFlo®G 592 592 375 3.7 8

MaxFlo®G 592 592 525 5.2 8

MaxFlo®G 592 592 635 6.5 8

MaxFlo®G 592 592 375 2.9 6

MaxFlo®G 592 592 525 4.0 6

MaxFlo®G 592 592 635 5.0 6

MaxFlo®G is manufactured from a well proven ultra fine glass fibre media with high dust holding capacity and it is P-marked by SP Sveriges Tekniska forskningsinstitut and tested accord-ing to EN779:2002. The filter has a guaranteed sealed front frame and is available with several different filter media for the optimization of the LCC (life cycle cost).

Media Glass fibreFront frame Steel or PlasticRec. Final pressure drop 150-250 PaMax. Final pressure drop 450 PaMax. Operating temperature 70°CRelative humidity 100%

Filters in standard dimensions are supplied in a special green carton with handle. The carton is easy to carry and it simplifies the handling of used filters. A sealing strip is enclosed and it is to be used where several filters are pushed in to the same guide. This is in order to achieve the maximum sealing and intended filter class. Apart from the filter modules that are stated in the table, MaxFlo®G is available in dimensions suit-able for all the ventilation systems on the market.

D

B

H

MaxFlo®G

Technical data

When ordering, always state B x H x D, so as to obtain standing pockets.

The curves refer to filters with 8 bags. Rated air flow 2800 m3/hr

D

B

H


MaxFlo®G

Technical data


MaxFlo®G 490 592 375 3.7 8

MaxFlo®G 490 592 525 5.2 8

MaxFlo®G 490 592 635 6.5 8

MaxFlo®G 490 592 375 2.9 6

MaxFlo®G 490 592 525 3.9 6

MaxFlo®G 490 592 635 4.7 6

MaxFlo®G 490 592 375 2.4 5

MaxFlo®G 490 592 525 3.4 5

MaxFlo®G 490 592 635 4.2 5

1000 2000 3000 4000 5000 60000

25

50

75

100

125

150

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 375 D= 525

D= 635






The curves refer to filters with 5 bags. Rated air flow 1,700 m3/hr

D

B

H

MaxFlo®G

Technical data


MaxFlo®G 287 592 375 2.3 5

MaxFlo®G 287 592 525 3.2 5

MaxFlo®G 287 592 635 3.9 5

MaxFlo®G 287 592 375 1.9 4

MaxFlo®G 287 592 525 2.6 4

MaxFlo®G 287 592 635 3.2 4

MaxFlo®G 287 592 375 1.5 3

MaxFlo®G 287 592 525 2.0 3

MaxFlo®G 287 592 635 2.5 3

500 1000 1500 2000 2500 30000

25

50

75

100

125

150

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 375 D= 525

D= 635







1000 2000 3000 4000 5000 60000

102030405060708090

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr


MaxFlo®G 592 892 375 6.9 10

MaxFlo®G 592 892 525 9.7 10

MaxFlo®G 592 892 635 11.7 10

MaxFlo®G 592 892 375 4.3 6

MaxFlo®G 592 892 525 6.0 6

MaxFlo®G 592 892 635 7.2 6

MaxFlo®G

Technical data

D= 375

D= 525

D= 635

D

B

H







1000 2000 3000 4000 5000 60000

20

40

60

80

100

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr


MaxFlo®G 490 892 375 5.5 8

MaxFlo®G 490 892 525 7.8 8

MaxFlo®G 490 892 635 9.3 8

MaxFlo®G 490 892 375 3.6 5

MaxFlo®G 490 892 525 5.0 5

MaxFlo®G 490 892 635 6.0 5

MaxFlo®G

Technical data

D= 375D= 525

D= 635

D

B

H







500 1000 1500 2000 2500 300001020304050607080

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr


MaxFlo®G 287 892 375 3.4 5

MaxFlo®G 287 892 525 4.9 5

MaxFlo®G 287 892 635 5.9 5

MaxFlo®G 287 892 375 1.6 3

MaxFlo®G 287 892 525 3.0 3

MaxFlo®G 287 892 635 3.6 3

MaxFlo®G

Technical data

D= 375D= 525

D= 635

D

B

H







MaxFlo®G


MaxFlo®G 592 592 375 4.6 10

MaxFlo®G 592 592 525 6.5 10

MaxFlo®G 592 592 635 7.8 10

MaxFlo®G 592 592 375 3.7 8

MaxFlo®G 592 592 525 5.2 8

MaxFlo®G 592 592 635 6.5 8

MaxFlo®G 592 592 375 2.9 6

MaxFlo®G 592 592 525 4.0 6

MaxFlo®G 592 592 635 5.0 6

Technical data

D

B

H

1000 2000 3000 4000 5000 60000

25

50

75

100

125

150

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 375

D= 525

D= 635






1000 2000 3000 4000 5000 60000

25

50

75

100

125

150

175

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 375

D= 525

D= 635

D

B

H


MaxFlo®G

Technical data


MaxFlo®G 490 592 375 3.7 8

MaxFlo®G 490 592 525 5.2 8

MaxFlo®G 490 592 635 6.5 8

MaxFlo®G 490 592 375 2.9 6

MaxFlo®G 490 592 525 3.9 6

MaxFlo®G 490 592 635 4.7 6

MaxFlo®G 490 592 375 2.4 5

MaxFlo®G 490 592 525 3.4 5

MaxFlo®G 490 592 635 4.2 5







500 1000 1500 2000 2500 30000

25

50

75

100

125

150

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D

B

H

MaxFlo®G

Technical data

D= 375

D= 525

D= 635


MaxFlo®G 287 592 375 2.3 5

MaxFlo®G 287 592 525 3.2 5

MaxFlo®G 287 592 635 3.9 5

MaxFlo®G 287 592 375 1.9 4

MaxFlo®G 287 592 525 2.6 4

MaxFlo®G 287 592 635 3.2 4

MaxFlo®G 287 592 375 1.5 3

MaxFlo®G 287 592 525 2.0 3

MaxFlo®G 287 592 635 2.5 3







1000 2000 3000 4000 5000 60000

102030405060708090

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr


MaxFlo®G 592 892 375 6.9 10

MaxFlo®G 592 892 525 9.7 10

MaxFlo®G 592 892 635 11.7 10

MaxFlo®G 592 892 375 4.3 6

MaxFlo®G 592 892 525 6.0 6

MaxFlo®G 592 892 635 7.2 6

MaxFlo®G

Technical data

D= 375

D= 525

D= 635

D

B

H







1000 2000 3000 4000 5000 60000

20

40

60

80

100

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr


MaxFlo®G 490 892 375 5.5 8

MaxFlo®G 490 892 525 7.8 8

MaxFlo®G 490 892 635 9.3 8

MaxFlo®G 490 892 375 3.6 5

MaxFlo®G 490 892 525 5.0 5

MaxFlo®G 490 892 635 6.0 5

MaxFlo®G

Technical data

D= 375D= 525

D= 635

D

B

H







500 1000 1500 2000 2500 300001020304050607080

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr


MaxFlo®G 287 892 375 3.4 5

MaxFlo®G 287 892 525 4.9 5

MaxFlo®G 287 892 635 5.9 5

MaxFlo®G 287 892 375 1.6 3

MaxFlo®G 287 892 525 3.0 3

MaxFlo®G 287 892 635 3.6 3

MaxFlo®G

Technical data

D= 375D= 525

D= 635

D

B

H







MaxFlo®G 592 592 375 4.6 10

MaxFlo®G 592 592 525 6.5 10

MaxFlo®G 592 592 635 7.8 10

MaxFlo®G 592 592 375 3.7 8

MaxFlo®G 592 592 525 5.2 8

MaxFlo®G 592 592 635 6.5 8

D

B

H

MaxFlo®G

Technical data

1000 2000 3000 4000 5000 60000

50

100

150

200

250

Initi

al p

ress

ure

drop

Pa

Air flow m3/h

D= 525D= 635

D= 375








D

B

H

MaxFlo®G

Technical data


MaxFlo®G 490 592 375 3.7 8

MaxFlo®G 490 592 525 5.2 8

MaxFlo®G 490 592 635 6.5 8

MaxFlo®G 490 592 375 2.9 6

MaxFlo®G 490 592 525 3.9 6

MaxFlo®G 490 592 635 4.7 6

1000 2000 3000 4000 5000 60000

50

100

150

200

250

300

Initi

al p

ress

ure

drop

Pa

Air flow m3/h

D= 525D= 635

D= 375






D

B

H

MaxFlo®G

Technical data


MaxFlo®G 287 592 375 2.3 5

MaxFlo®G 287 592 525 3.2 5

MaxFlo®G 287 592 635 3.9 5

MaxFlo®G 287 592 375 1.9 4

MaxFlo®G 287 592 525 2.6 4

MaxFlo®G 287 592 635 3.2 4

500 1000 1500 2000 2500 30000

50

100

150

200

250

Initi

al p

ress

ure

drop

Pa

Air flow m3/h

D= 525D= 635

D= 375








1500 3000 4500 6000 6500 70000

50

100

150

200

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr


MaxFlo®G 592 892 375 6.9 10

MaxFlo®G 592 892 525 9.7 10

MaxFlo®G 592 892 635 11.7 10

MaxFlo®G

Technical data

D= 375 D= 525

D= 635

D

B

H








MaxFlo®G 490 892 375 5.5 8

MaxFlo®G 490 892 525 7.8 8

MaxFlo®G 490 892 635 9.3 8

MaxFlo®G

Technical data

D

B

H

1000 2000 3000 4000 5000 60000

20

40

60

80

100

120

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 375 D= 525

D= 635








MaxFlo®G 287 892 375 3.4 5

MaxFlo®G 287 892 525 4.9 5

MaxFlo®G 287 892 635 5.9 5

MaxFlo®G

Technical data

D

B

H

1000 2000 3000 4000 5000 60000

50

100

150

200

250

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 375 D= 525

D= 635







1000 2000 3000 4000 5000 60000

50

100

150

200

250

300

350

Initi

al p

ress

ure

drop

Pa

D= 525D= 635

D

B

H

MaxFlo®G


MaxFlo®G 592 592 375 4.6 10

MaxFlo®G 592 592 525 6.5 10

MaxFlo®G 592 592 525 7.8 10

MaxFlo®G 592 592 635 3.7 8

MaxFlo®G 592 592 635 5.2 8

MaxFlo®G 592 592 525 6.5 8

Technical data

D= 375





Air flow m3/hr



1000 2000 3000 4000 5000 60000

50

100

150

200

250

300D= 525

D= 635

D

B

H

MaxFlo®G

Technical data


MaxFlo®G 490 592 375 3.7 8

MaxFlo®G 490 592 525 5.2 8

MaxFlo®G 490 592 635 6.5 8

MaxFlo®G 490 592 375 2.9 6

MaxFlo®G 490 592 525 3.9 6

MaxFlo®G 490 592 635 4.7 6

D= 375





Initi

al p

ress

ure

drop

Pa

Air flow m3/hr


500 1000 1500 2000 2500 30000

50

100

150

200

250

300

350

D= 525

D= 635

D

B

H

MaxFlo®G


MaxFlo®G 287 592 375 2.3 5

MaxFlo®G 287 592 525 3.2 5

MaxFlo®G 287 592 635 3.9 5

MaxFlo®G 287 592 375 1.9 4

MaxFlo®G 287 592 525 2.6 4

MaxFlo®G 287 592 635 3.2 4

Technical data


Air flow m3/hr

D= 375





Initi

al p

ress

ure

drop

Pa



1000 2000 3000 4000 5000 60000

50

100

150

200

250

300

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 525

D= 635

D

B

H

MaxFlo®G


MaxFlo®G 592 892 375 6.9 10

MaxFlo®G 592 892 525 9.7 10

MaxFlo®G 592 892 635 11.7 10

Technical data

D= 375







1000 2000 3000 4000 5000 60000

50

100

150

200

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 525

D= 635

D

B

H

MaxFlo®G

Technical data


MaxFlo®G 490 892 375 5.5 8

MaxFlo®G 490 892 525 7.5 8

MaxFlo®G 490 892 635 9.3 8

D= 375






500 1000 1500 2000 2500 30000

50

100

150

200

Initi

al p

ress

ure

drop

Pa

D

B

H

MaxFlo®G

Technical data


Air flow m3/hr


MaxFlo®G 287 892 375 3.4 5

MaxFlo®G 287 892 525 4.9 5

MaxFlo®G 287 892 635 5.9 5

D= 525

D= 635

D= 375







1000 2000 3000 4000 5000 60000

50

100

150

200

250

300

350

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 525D= 635

D

B

H

MaxFlo®G


MaxFlo®G 592 592 375 4.6 10

MaxFlo®G 592 592 525 6.5 10

MaxFlo®G 592 592 525 7.8 10

MaxFlo®G 592 592 635 3.7 8

MaxFlo®G 592 592 635 5.2 8

MaxFlo®G 592 592 525 6.5 8

Technical data

D= 375







1000 2000 3000 4000 5000 60000

50

100

150

200

250

300

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

D= 525D= 635

D

B

H

MaxFlo®G

Technical data


MaxFlo®G 490 592 375 3.7 8

MaxFlo®G 490 592 525 5.2 8

MaxFlo®G 490 592 635 6.5 8

MaxFlo®G 490 592 375 2.9 6

MaxFlo®G 490 592 525 3.9 6

MaxFlo®G 490 592 635 4.7 6

D= 375






500 1000 1500 2000 2500 30000

50

100

150

200

250

300

350

Initi

al p

ress

ure

drop

Pa

D= 525

D= 635

D

B

H

MaxFlo®G


MaxFlo®G 287 592 375 2.3 5

MaxFlo®G 287 592 525 3.2 5

MaxFlo®G 287 592 635 3.9 5

MaxFlo®G 287 592 375 1.9 4

MaxFlo®G 287 592 525 2.6 4

MaxFlo®G 287 592 635 3.2 4

Technical data


Air flow m3/hr

D= 375





DB

H

Filter class G4 592 x 592

1000 2000 3000 4000 5000 60000

102030405060708090

Initi

al p

ress

ure

drop

Pa

MaxFlo®HL

Technical data


MaxFlo®HL 592 592 300 2.3 6

MaxFlo®HL 592 592 375 2.9 6

MaxFlo®HL 592 592 525 3.9 6

MaxFlo®HL 592 592 300 1.6 4

MaxFlo®HL 592 592 375 2.0 4

MaxFlo®HL 592 592 525 2.6 4



D= 375

D= 525

D= 300

MaxFlo®HL is manufactured from a class G4 synthetic media we have developed ourselves in accordance with EN779. The design of bag filter and filter media provides a very durable and stable filter.

Media Synthetic High-Loft Front frame PlasticRec. Final pressure drop 120-150 PaMax. Final pressure drop 450 PaMax. Operating temperature 70°CRelative humidity 100%

Filters in standard dimensions are supplied in a special green carton with handle. The carton is easy to carry and it simplifies the handling of used filters. A sealing strip is enclosed and it is to be used where several fil-ters are pushed in to the same guide. This is in order to achieve the maximum sealing and intended filter class. Apart from the filter modules that are stated in the table, MaxFlo®HL is available in dimensions suitable for all the ventilation systems on the market.

Air flow m3/hr

D

B

H


1000 2000 3000 4000 5000 60000

20

40

60

80

100

120

MaxFlo®HL

Technical data


Air flow m3/hr


MaxFlo®HL 490 592 300 2.0 5

MaxFlo®HL 490 592 375 2.4 5

MaxFlo®HL 490 592 525 3.3 5

MaxFlo®HL 490 592 300 1.2 3

MaxFlo®HL 490 592 375 1.5 3

MaxFlo®HL 490 592 525 1.8 3


D= 300

D= 375

D= 525

Initi

al p

ress

ure

drop

Pa





500 1000 1500 2000 2500 30000

102030405060708090

D= 375

D= 300

D

B

H

MaxFlo®HL

Technical data


Air flow m3/hr





MaxFlo®HL 287 592 300 1.2 3

MaxFlo®HL 287 592 375 1.5 3

MaxFlo®HL 287 592 525 2.0 3

MaxFlo®HL 287 592 300 0.8 2

MaxFlo®HL 287 592 375 1.0 2

MaxFlo®HL 287 592 525 1.3 2


D= 525

Initi

al p

ress

ure

drop

Pa

DB

H


1000 2000 3000 4000 5000 60000

102030405060708090

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr

MaxFlo®HL is manufactured from a class F5 synthetic me-dia we have developed ourselves in accordance with EN779. The design of bag filter and filter media provides a very du-rable and stable filter.


Filters in standard dimensions are supplied in a special green carton with handle. The carton is easy to carry and it simpli-fies the handling of used filters. A sealing strip is enclosed and it is to be used where several filters are pushed in to the same guide. This is in order to achieve the maximum sealing and intended filter class. Apart from the filter mod-ules that are stated in the table, MaxFlo®HL is available in dimensions suitable for all the ventilation systems on the market.

MaxFlo®HL

Technical data


MaxFlo®HL 592 592 300 2.3 6

MaxFlo®HL 592 592 375 2.9 6

MaxFlo®HL 592 592 525 3.9 6

MaxFlo®HL 592 592 635 5.0 6

MaxFlo®HL 592 592 300 1.6 4

MaxFlo®HL 592 592 375 2.0 4

MaxFlo®HL 592 592 525 2.6 4

MaxFlo®HL 592 592 635 3.2 4



D= 525 D= 635D= 375

D

B

H


1000 2000 3000 4000 5000 60000

20

40

60

80

100

120

Initi

al p

ress

ure

drop

Pa

D= 375 D= 525

MaxFlo®HL


Air flow m3/hr


MaxFlo®HL 490 592 300 2.0 5

MaxFlo®HL 490 592 375 2.4 5

MaxFlo®HL 490 592 525 3.3 5

MaxFlo®HL 490 592 635 4.1 5

MaxFlo®HL 490 592 300 1.2 3

MaxFlo®HL 490 592 375 1.5 3

MaxFlo®HL 490 592 525 1.8 3

MaxFlo®HL 490 592 635 2.5 3


D= 635

MaxFlo®HL is manufactured from a class F5 synthetic me-dia we have developed ourselves in accordance with EN779. The design of bag filter and filter media provides a very du-rable and stable filter.


Filters in standard dimensions are supplied in a special green carton with handle. The carton is easy to carry and it simpli-fies the handling of used filters. A sealing strip is enclosed and it is to be used where several filters are pushed in to the same guide. This is in order to achieve the maximum sealing and intended filter class. Apart from the filter mod-ules that are stated in the table, MaxFlo®HL is available in dimensions suitable for all the ventilation systems on the market.

Technical data


500 1000 1500 2000 2500 30000

102030405060708090

Initi

al p

ress

ure

drop

Pa

D= 525D= 375

D

B

H

MaxFlo®HL

Technical data


Air flow m3/hr


MaxFlo®HL 287 592 300 1.2 3

MaxFlo®HL 287 592 375 1.5 3

MaxFlo®HL 287 592 525 2.0 3

MaxFlo®HL 287 592 635 2.5 3

MaxFlo®HL 287 592 300 0.8 2

MaxFlo®HL 287 592 375 1.0 2

MaxFlo®HL 287 592 525 1.3 2

MaxFlo®HL 287 592 635 1.6 2


D= 635

MaxFlo®HL is manufactured from a class F5 synthetic media we have developed ourselves in accordance with EN779. The design of bag filter and filter media provides a very durable and stable filter.



Filter class F5-F8 592 x 592

The curves refer to filters with 10 bags D dimension 635. Rated air flow 3,400 m3/hr

MaxFlo®S is manufactured from a synthetic meltblown media in class F5-F8 according to EN779. This uses the latest technology for the manufacturing of ultra-fine fibres, The media has several filtration layers. With the newly de-veloped filter media, MaxFlo®S can be manufactured with large filter surfaces, high filter class and low pressure drop.

Media SyntheticFront frame Steel, Plastic Rec. Final pressure drop 150-250 PaMax. Final pressure drop 450 PaMax. Operating temperature 70°CRelative humidity 100%

Filters in standard dimensions are supplied in a special green carton with handle. The carton is easy to carry and it simpli-fies the handling of used filters. A sealing strip is enclosed and it is to be used where several filters are pushed in to the same guide. This is in order to achieve the maximum sealing and intended filter class. Apart from the filter mod-ules that are stated in the table, MaxFlo®S is available in dimensions suitable for all the ventilation systems on the market.

MaxFlo®S

F7

F5

F6

1000 2000 3000 4000 50000

25

50

75

100

125 F8

Initi

al p

ress

ure

drop

Pa

DB

H


MaxFlo®S 592 592 375 4.6 10

MaxFlo®S 592 592 525 6.5 10

MaxFlo®S 592 592 635 7.8 10

MaxFlo®S 592 592 375 3.7 8

MaxFlo®S 592 592 525 5.2 8

MaxFlo®S 592 592 635 6.5 8

Technical data

Air flow m3/hr


F7

F5F6

1000 2000 3000 4000

F8

0

25

50

75

100

125



MaxFlo®SIn

itial

pre

ssur

e dr

op P

a

D

B

H

Technical data


MaxFlo®S 490 592 375 3.7 8

MaxFlo®S 490 592 525 5.2 8

MaxFlo®S 490 592 635 6.5 8

MaxFlo®S 490 592 375 2.9 6

MaxFlo®S 490 592 525 3.9 6

MaxFlo®S 490 592 635 4.7 6




Air flow m3/hr


F7

F5

F6

500 1000 1500 2000 2500

F8

0

25

50

75

100

125



MaxFlo®SIn

itial

pre

ssur

e dr

op P

a

Technical data


MaxFlo®S 287 592 375 2.3 5

MaxFlo®S 287 592 525 3.2 5

MaxFlo®S 287 592 635 3.9 5

MaxFlo®S 287 592 375 1.9 4

MaxFlo®S 287 592 525 2.6 4

MaxFlo®S 287 592 635 3.2 4




D

B

H

Air flow m3/hr



The curve refer to filters with 4 bags D dimension 635. Rated air flow 3,400 m3/hr

GreenFlo®HL is our new synthetic filter media quality tested according to EN779:2002 with the same high per-formance as the rest of our range. GreenFlo air filter, with patent-pending technology developed by Dinair, is the first filter in the world manufactured from renewable "green plastic" PLA fibres.

Media Synthetic High-LoftFront frame Steel or PlasticRec. Final pressure drop 150-250 PaMax. Final pressure drop 450 PaMax. Operating temperature 70°CRelative humidity 100%

Filters in standard dimensions are supplied in a special green carton with handle. The carton is easy to carry and it simplifies the handling of used filters. A sealing strip is enclosed and it is to be used where several filters are pushed in to the same guide. This is in order to achieve the maximum sealing and intended filter class. Apart from the filter modules that are stated in the table, GreenFlo®HL is available in dimensions suitable for all the ventilation sys-tems on the market.

D

B

H

GreenFlo®HL

0

25

50

75

100

125

F5

1000 2000 3000 4000 5000

Initi

al p

ress

ure

drop

Pa


GreenFlo®HL 592 592 375 2.0 4

GreenFlo®HL 592 592 525 2.6 4

GreenFlo®HL 592 592 635 3.2 4

GreenFlo®HL 592 592 375 2.9 6

GreenFlo®HL 592 592 525 3.9 6

GreenFlo®HL 592 592 635 5.0 6

Technical data


Air flow m3/hr






GreenFlo®HLIn

itial

pre

ssur

e dr

op P

a


GreenFlo®HL 490 592 375 1.5 3

GreenFlo®HL 490 592 525 2.0 3

GreenFlo®HL 490 592 635 2.5 3

GreenFlo®HL 490 592 375 2.4 5

GreenFlo®HL 490 592 525 3.0 5

GreenFlo®HL 490 592 635 4.1 5

Technical data

D

B

H

0

25

50

75

100

125

F5

1000 2000 3000 4000 5000


Air flow m3/hr



GreenFlo®HLIn

itial

pre

ssur

e dr

op P

a


GreenFlo®HL 287 592 375 1.0 2

GreenFlo®HL 287 592 525 1.3 2

GreenFlo®HL 287 592 635 1.6 2

GreenFlo®HL 287 592 375 1.5 3

GreenFlo®HL 287 592 525 2.0 3

GreenFlo®HL 287 592 635 2.5 3

Technical data

D

B

H

0

25

50

75

100

125

F5

500 1000 1500 2000 2500





Air flow m3/hr

Filter class F5, F6, F7 592 x 592


GreenFlo® is our new synthetic filter media quality tested ac-cording to EN779:2002 with the same high performance as the rest of our range. GreenFlo® air filter, with patent-pending technology developed by Dinair, is the first filter in the world manufactured from renewable "green plastic", a mixture of so-called PLA fibres extracted from plant starch.

Media SyntheticFront frame Steel or PlasticRec. Final pressure drop 150-250 PaMax. Final pressure drop 450 PaMax. Operating temperature 70°CRelative humidity 100%

Filters in standard dimensions are supplied in a special green carton with handle. The carton is easy to carry and it simplifies the handling of used filters. A sealing strip is en-closed and it is to be used where several filters are pushed in to the same guide. This is in order to achieve the maxi-mum sealing and intended filter class. Apart from the filter modules that are stated in the table, GreenFlo® is available in dimensions suitable for all the ventilation systems on the market.

GreenFlo®

Initi

al p

ress

ure

drop

Pa


GreenFlo® 592 592 375 3.7 8

GreenFlo® 592 592 525 5.2 8

GreenFlo® 592 592 635 6.5 8

GreenFlo® 592 592 375 4.6 10

GreenFlo® 592 592 525 6.5 10

GreenFlo® 592 592 635 7.8 10

Technical data


0

25

50

75

100

125

F7

F5

F6

1000 2000 3000 4000 5000

DB

H

Air flow m3/hr

Applies only to filter class F5 och F6



GreenFlo®

Initi

al p

ress

ure

drop

Pa


GreenFlo® 490 592 375 2.9 6

GreenFlo® 490 592 525 3.9 6

GreenFlo® 490 592 635 4.7 6

GreenFlo® 490 592 375 3.7 8

GreenFlo® 490 592 525 5.2 8

GreenFlo® 490 592 635 6.5 8

Technical data

0

25

50

75

100

125F7

F5

F6

1000 2000 3000 4000

Air flow m3/hr


DB

H










GreenFlo®

Initi

al p

ress

ure

drop

Pa


GreenFlo® 287 592 375 1.9 4

GreenFlo® 287 592 525 2.6 4

GreenFlo® 287 592 635 3.2 4

GreenFlo® 287 592 375 2.3 5

GreenFlo® 287 592 525 3.2 5

GreenFlo® 287 592 635 3.9 5

Technical data

0

25

50

75

100

125

F7

F5

F6

500 1000 1500 2000 2500

Air flow m3/hr


D

B

H


Filter class G3-F5 592 x 592



DinPak® 592 592 375 2.0 4

DinPak® 592 592 525 2.6 4

DinPak® 592 592 635 3.2 4

DinPak® 592 592 375 2.9 6

DinPak® 592 592 525 3.9 6

DinPak® 592 592 635 5.0 6

DinPak® is available with a one-use frame and as a refillable system. A tried and tested bag filter construction that meets the highest requirements for form stability. DinPak® has a design with an inner frame that guarantees the air tightness. The filters has damp resistant and rear resistant filter media of polyester PE, polypropylene PP. These are good from a work environment perspective and provide energy back as after use the filter is destroyed by incineration.

DinPak® has a very high dust retention and low pressure drop, which gives a good economy.

Media SyntheticFront frame Steel, wood refillRec. Final pressure drop 150-250 PaMax. Final pressure drop 450 Pa

Filters in standard dimensions are supplied in a special green carton with handle. The carton is easy to carry and it simplifies the handling of used filters. A sealing strip is enclosed and it is to be used where several filters are pushed in to the same guide. This is in order to achieve the maximum sealing and intended filter class. Apart from the filter modules that are stated in the table, DinPak® is available in dimensions suitable for all the ventilation systems on the market.

D

B

H

DinPak®

Technical data

0

25

50

75

100

125

F5

G3

G4

1000 2000 3000 4000 5000

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr





DinPak® 490 592 375 1.5 3

DinPak® 490 592 525 2.0 3

DinPak® 490 592 635 2.5 3

DinPak® 490 592 375 2.4 5

DinPak® 490 592 525 3.3 5

DinPak® 490 592 635 4.1 5

D

B

H

DinPak®

Technical data

0

25

50

75

100

125

F5

G3

G4

1000 2000 3000 4000 5000

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr









DinPak® 287 592 375 1.0 2

DinPak® 287 592 525 1.3 2

DinPak® 287 592 635 1.6 2

DinPak® 287 592 375 1.5 3

DinPak® 287 592 525 2.0 3

DinPak® 287 592 635 2.5 3





D

H

DinPak®

Technical data

0

25

50

75

100

125

F5

G3

G4

500 1000 1500 2000 2500

Initi

al p

ress

ure

drop

Pa

Air flow m3/hr


In all forms of spray booth and lacquering facilities, it is desirable to provide the facility with clean, filtered air as well as to remove and separate, among other things, pigment particles that are damaging to the lac-quered surface.

The purification takes place in several steps, depend-ing on the various types of lacquering facilities, pro-duction lines, repair box etc. Prefiltering is performed with bag filters. The most important link in the whole facility is the ceiling filter. This should be clean and distribute the air in a laminar flow into the spray booth.

The harmful particles for a lacquer are those larger than 5 µm. These particles must be prevented from reaching the lacquer surface by using good filtration, work methods and the design of the facility.

In a drying oven, hot air is circulated that also must be filtered in order for the lacquered surface not to become contaminated. For these ends, there are spe-cial high temperature filters available. DinPleat and DinHeat, 200-300°C.

Lacquering facility and filter

Surface treatment

Schematic diagram of a lacquering facility and the filters that occur therein.

1. Prefilter MaxFlo G4-F62. Intermediate filter MaxFlo F6-F83. Ceiling filter CC-600 G4. Extract air filter DinGlas Green, Yellow DL-9005. Extract air filter MaxFlo F5-F8

6. Prefilter MaxFlo F5-F87. High temp. filter DinCell HT8. Ceiling filter DinHeat 200-300°C9. Extract air filter DinCell HT

Heat exchanger

Heat exchanger

Spray booth Drying oven

To achieve a high level of cleanliness and thereby longer operating life for the ceiling filter, the air should be purified in different steps. A prefilter is a must, and this is done best using the bag filter MaxFlo G4-F6.

Intermediate filtration is advantageous, where possible, where the air is purified further and the ducts and other equipment before the ceiling filter are protected. Suitable filters are MaxFlo F5-F8.

Prefilter, Intermediate Filter and Ceiling Filter

Surface treatment

Prefilter and Intermediate Filter

When selecting ceiling filter, the following factors are very important:

• DIN identification• Vibration secured• High dust holding capacity• High arrestance• No fibre release• Fire resistant

Ceiling filter

CC-600 fulfils these requirements by a good margin and this makes it a unique ceiling filter media.

• The final filter, which for lacquering prevents damaging particles from passing• Fire classed according to UL class 1 and self-extinguishing according to DIN 53438-F1• 100% impregnation of the media's fibres for the maximum arrestance and dust holding capacity• Classified RO according to particle migration• Backing with flammability rating, up to 180°C• Quality guarantee with DIN CERTO identification number

Picture copyright Filtrair®

CC-600 G is a filter media specially produced to sepa-rate damaging particles from the air in all types of lac-quering facilities. For smaller repair facilities as well as for the vehicle industry. Under all conditions, the media give a laminar air flow.

This media obtains its unique performance from a progressive multi-layering of brake-proof [sic] fibres. These are 100% treated with a specially produced ad-hesive. The clean air side is covered with a very strong fabric to prevent damage and to give the mat stability.

The media is thermally bound and treated with an ad-hesive that prevents fibre and particle release of dam-aging particles larger than 5 µm. This applies under varying operating conditions.

These properties contribute to a constant laminar flow in the entire spray booth, with low pressure drop and high dust holding capacity.

Taken altogether, CC-600 G is a media the provides unique performance to low operating and mainte-nance costs.

Product description CC-600

Surface treatment

Description

CC-600 is classified according to DIN-53438-F1 and is self-extinguishing. The media is manufactured in a silicon environment and, moreover, it is resistant to solvents. The clean air side's backing is a smooth net that tolerates temperatures up to 180°C without dis-colouring.

CC-600 G is subjected to continually quality controls according to EN 779:2002 and has the DIN and FIL-TRAIR reg. no. PFE 035/07 as well as filter class F5 stamped on the clean air side. CC-600 G is approved by many major vehicle manufactures, such as Daimler, Chrysler and Volkswagen. Lacquer test according to IPA Frankhofer Institute.

Flammability rating Quality assurance


Technical data CC-600 G

Surface treatment

Test data

Rated air flow 900 m3/hr.m2

Rated air velocity 0.25 m/s

Rec. pressure drop 26 Pa

Final pressure drop 450 Pa

Average efficiency at 0.4µm* 57%

Average arrestance 98%

Dust holding capacity 509 g/m2

Filter class according to EN 779:2002 F5

*) Test aerosol DEHS according to 779:2002

Application parameters

Temp. resistant Up to 100°C

for short peaks Up to 180°C

Nominal thickness 20 mm

Relative Humidity 100%

Standard roll size 1 x 20, 2 x 20 m

Washable no

Test classes Number of particles*

R0 < 100

R1 < 1.000

R2 < 10.000

R3 < 100.000

0

20

40

60

80

100

120

140

0 0,250,25 0,50 0,75 1,0

0,1 1 100

102030405060708090

100

Filtrair Migration testParticle release

*) Number of particles greater than 10 µm/m3 counted on the clean air side.

Pres

sure

dro

p Pa

Air flow m/s

Pressure Drop / Air flow

0

20

40

60

80

100

120

140

0 0,250,25 0,50 0,75 1,0

0,1 1 100

102030405060708090

100

Particle size µm

Arrestance efficiency/Particle sizeAr

rest

ance

effi

cien

cy

CC-600 G

CC-600 G


In those cases where damage occurs to lacquered sur-faces, due to dirt and fibres, it is often stated that "it is the filter's fault".

From our long experience with FILTRAIR® CC-600 G, we can say that in 99 cases of 100 this is not the case. Damaging dust greater than 5 µm does to penetrate and the media's 50-70 mm long fibres are not released. This is on the condition that the filter is undamaged and correctly installed. To localise the source of lacquer damage, there are a number of causes to be consid-ered. We consider here some of the actions that should be taken:

• Make sure the filter is correctly installed. The side with the DIN identification is the clean air side and it must be at the bottom of the box.

• Check the seal between the filter frame and the media.

• Make sure that fibre threads have not fastened in the grill fabric, frames etc during the filter replacement.

• Run the box with the maximum air flow after replacing a filter so any fibres that have fastened on the mat during transport and assembly disappear.

• Change filter when the final pressure drop is reached.

• Measure the box's overpressure.

• Measure the air velocity and air flow.

• Check the air currents directed downwards and any turbulence with smoke cartridges.

• Check the personnel's clothing and equipment. In 9 cases of 10, lacquer damage is caused by fibres from clothing, masking tape and drying clothes.

• Clean the object to be lacquered as carefully as possible. However, particle counts have shown that it is never possible to obtain complete cleanliness from damaging particles with a second-hand paint-ing object.

• Do not let the doors to the lacquering boothstand open unnecessarily, especially when it is still warm. The temperature difference between the box and the work place attracts the colder outdoor air, which is then set in movement and carries along dif-ferent types of fibres and dust from the work place's floor. The cooler air streams from the work place into the lacquering booth up to the filter ceiling, where fibres and damaging particles fasten on the filter's clean air side.

When the box is started up for the next object to be lacquered these particles loosen and fall down with serious damage as a consequence. This phenom-enon is particularly manifest in our cold climate.

• Check the compressed air filter, so the air is free from impurities.

• Check that the lacquer is completely clean.

• Keep the box clean. Cleaning the fittings, grille cloth, frames, floor etc.

Our products for air filtration in lacquering facilities give you the greatest possibility of achieving the best results.

Views on lacquer damage and practical advice

Surface treatment

High temperature filter

DinHeat Panel

In the case of heating and filtering hot circula-tion air in drying ovens, filters are required to resist temperatures up to 300° C.

For this purpose we have produced two different products.

DinHeat Panel

Cassette specially produced for filtering hot circulating air in drying ovens and lacquering booths. Also for filtration of hot gases and air 200-300° C.

Construction

The filter packet consists of glass fibre gauze surrounded by extruded aluminium.

Designation: HT 350 HT 750 HT 1000

Format 480 x 480 x 14 480 x 480 x 14 480 x 480 x 14

Arrestance efficiency in %

according to DIN 24185 98 95 93

Rated air flow m3/h 350 750 1000

Initial pressure drop Pa 60 60 60

Rec. final pressure drop Pa 250 250 250

Temp. resistance °C 200 200 300

Technical data

High temperature filter

DinCell HT

DinCell HT

DinCell HT is a deep pleated compact filter with a large filter surface and short installation dimension.

DinCell HT is used in drying ovens where high require-ments are set for the filter arrestance efficiency, F6 and F8, as well as high flammability rating, 400°C.

Construction

All the steel components are formed from aluzinc. The is to prevent particle release, which can occur with galva-nised steel at high temperatures. The cassette is joined together mechanically, which results in a filter with high stability as large stresses and strains.

DinCell Ht does not contain any form of adhesive, glue or sealant and, moreover, it is completely silicon free. The filter is provided with a support net and profiles on the inlet and outlet sides to give good stability.

DinCell Ht has a filter media of ultra-fine glass fibre to ob-tain the maximum arrestance and dust holding capacity at low pressure drop. The media us separated with alu-minium separators to allow the air to flow freely through the filter packet.

A special seal, in temperature resistant glass fibre, is available for the frame round the filter.

Name B H D Area m2 Rated air flow m3/h

DinCell HT 305 305 150 3 600

DinCell HT 494 494 150 7 1300

DinCell HT 305 610 150 5 1000

DinCell HT 610 610 150 11 2000

DinCell HT 305 305 292 5 800

DinCell HT 494 494 292 16 2200

DinCell HT 287 610 292 11 1600

DinCell HT 610 610 292 22 3000

Standard dimensions

Ordering example DinCell HT F6 305 x 305 x 150

D

B

H

Pigment trap

Extract air filter

DinGlas Green

DinGlas is a progressively formed glass fibre media for separating pigment particles in sur-face treatment facilities. It is a dry media and it is used with advantage for industrial painting, car spraying, painting of woodwork and Tectyl treat-ment. For technical data, see separate sheet.

DinGlas Yellow

DinGlas is a progressively formed glass fibre media for separating pigment particles in sur-face treatment facilities. The media is oiled and it is used with advantage when water based paints are used. For technical data, see separate sheet.

DL-900

DL-900 is an extract air filter for use in spray painting facilities. Suitable for pigment particles, glue, polyester etc. The filter is a so-called labyrinth filter in a pleated design and it is manufactured from two layers of strong card, with a reinforcing band stapled on to maintain the correct pleat gap.

Where wet scrubbing does not take place, different types of filter are used. The most common are different types of glass media, such as DinGlas dry or oiled as well as DL-900, which is a pleated labyrinth filter made form paper. A combination of these filters can also be used.

Pigment trap

DL-900

DL-900 is an extract air filter for use in spray painting fa-cilities. Suitable for pigment particles, glue, polyester etc.

The filter is a so-called labyrinth filter in a pleated design and it is manufactured from two layers of strong card, with a reinforcing band stapled on to maintain the cor-rect pleat gap.

DL-900 has the following advantages:

• It copes with large air quantities under high loads

• Long service life

• Self-supporting

• Low transport volume

• Up to 98% arrestance

• Reinforcement band that secures the pleat gap for guaranteed performance

Standard dimensions held in stock:

DL-900 0.92 x 9.2 m

DL-1000 1.0 x 10.0 m

DL-900

L x B x D 9240 x 920 x 65 mm

Number of pleats 240

Initial pressure drop 35-80 Pa

Rec. final pressure drop 130-250 Pa

Air flow m3/h 1800-3600

Flammability rating max 180°C

Technical data

Residential HVAC application

We offer a complete program of small filters for home ventilation. For example, we have expanded surface panel filters with high air cleaning index, F7, which rfesults in a better purification on the supply side than offered by a standard filter.

On the extract air side, a washable metal mesh grease filter or a hygienic single-use filter can be chosen, for ex-ample for a kitchen fan. The filter is cost effective and it has a low pressure drop that is suited to exactly the type of smaller fan that are found in the home, air heat pumps and vehicles.

The range includes expanded surface panel filters that provide a higher air cleaning index than panel filters, e.g. in Minimaster units. We also have hygienic and effective single-use filters that replace older metal gauze filters to a low cost.

In many homes, dirt and textile dust in the air ducts results in reduced air replenish-ment and poor indoor air. Another conse-quence that follows from poor indoor air is the problem of damp.

With the extract air filters Dinair-FF 100, 125 and 160 for standard ventilators and filter units, MD for tumble driers/laundries, these problems can be avoided in a simple and cost effective way.

Thanks to large series production, which is combined with our industrial filter manu-facturing, we can offer very competitive prices.

Accessories

DinPart

DinCleanFor cleaning of batteries and heat exchangers. Supplied as concentrate. Particularly mild on aluminium.

Respiratory protectionShort-term dust protection with or without exhaling valve.

Manometer for difference pressureFor measuring pressure drop across filters. For simpler to more advanced applications.

GlovesSeveral versions depending on the needs.

Plastic bagsFor packing and transporting contaminated filters.

Carbon dioxide meterEasy measurement of the carbon dioxide level in the air.

Manometer fluidAvailable in various colours and bottle sizes.

OverallsShort-term overall in ventilated non-woven material. With or without hood.

Documents

PRODUCT CATALOGUE - Dinair.se · Our bag filters in the filter classes F5, F6, F7 and F8 are P-labelled ... Coarse filters are tested up to 250 Pa final pressure drop. **)