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Benefits
ULTRAFIT®
Filter bags |
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100 %
POLYPROPYLENE CONSTRUCTION - ULTRAFIT®
Welded Filter Bags use polypropylene microfibres to achieve highly
efficient and predictable results. Totally welded ultrasonic seams
eliminates bypass of solids. 100 % FDA compliant materials (FDA-CFR
177.1520). |
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FLANGED BAG COLLAR WITH
INTEGRAL GASKET - No
bypass around filter bag seal by Zero-BypassTM
Collar. |
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HIGH EFFICIENCY -
Absolute Retention Ratings with efficiencies up to 99,98% (Beta 5000). |
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LAMINATING MULTIPLE LAYERS -
Using the patented process of laminating multiple layers of non-woven
material, polypropylene melt-blown microfibers are secured
ultrasonically. |
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ECONOMICAL DISPOSABLE -
Low cost, disposable, high performance liquid filtration. |
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BAG IDENTIFICATION -
Micron rating and filter bag size permanently embossed eliminates
incorrect replacement. |
| ULTRAFIT® Construction
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ULTRAFIT®
Weldes Liquid Filter Bags are manufactured with melt-blown polypropylene
microfibers and total weld construction, eliminating bypass through
needle stitching holes. Unlike our competition, there are no sewn seams
anywhere in the product, including the attachment of the patented Zero-BypassTM
Collar. The result is a highly efficient filter bag with an absolute
seal.
ULTRAFIT®
Welded Liquid Filter Bags are also constructed using a second patented
process of laminating multiple layers of graduated non-woven material,
securing the polypropylene microfibers by ultrasonic means. The result
is a highly efficient filter bag with optimum particle holding capacity.
Efficiency is commonly referred to as measure of a filter's
effectiveness in removing particles of a specific size, usually
expressed as a percentage. ULTRAFIT®
Welded Liquid Filter Bags achieve up to 99,98% (Beta
5000) efficiency at their stated micron ratings.Consistent particle
removal occurs as a result of three fundamental elements of
Filtration Systems unique design and manufacture.
By design, ULTRAFIT®
Welded filters promote full-dpth filtration throughout the entire bag.
By staging filtering layers in sequence and graduating their porosity,
larger solids are trapped in the upstream section while finer particles
are captured downstream in the layers that follow. This unique feature
allows the maximum filter surface area to be used. As a result, our
filter bags are changed less frequently than other filtering products in
similar applications, minimizing downtime and reducing costs.
The patented Zero-BypassTM
Collar used on the ULTRAFIT®
filter bag provides an absolute seal, ensuring filtration integrity and
product consistency. Liquids cannot flow downstream unfiltered when
ULTRAFIT®
filter bags are used in a Over the Top filterhousing. When the
lid of the vessel is closed, pressure is applied, compressing the unique
vertical knife-edge design of the ULTRAFIT®
collar into the most effective seal in the industry. |
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ULTRAFIT®
Applications |
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Paints and Coatings |
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Food, Beverage & Fermentation |
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Water
Treatment |
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Printing Inks |
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Pharmaceutical Products |
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Chemical & Petrochemical
Processing |
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Cosmetics and
Biotechnology Processing |
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Organic Solvents (Alcohol etc.) |
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Process Water |
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Electronic Components |
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Catalyst Recovery |
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Surface
Technology, Cleaning Machines, Nuclear |
| ULTRAFIT®
Specifications |
| Material Filter Bag |
: |
Polypropylene Microfiber |
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Material
Collar |
: |
Polypropylene |
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Maximum operating temperature |
: |
82°C |
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Maximum
differential pressure |
: |
2,5 bar |
| Bag Diameter Size 4 |
: |
102 mm |
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Bag Diameter Size
1 and 2 |
: |
178 mm |
| Surface Area Size 4 |
: |
0,09 m2 |
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Surface Area Size 1 |
: |
0,25 m2 |
| Surface Area Size
2 |
: |
0,50 m2 |
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Maximum Flowrate of Water Size 4 |
: |
3 m3/h
at
25 µm Rating |
| Maximum Flowrate of Water Size
1 |
: |
7 m3/h bei
25 µm Rating |
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Maximum Flowrate of Water Size
2 |
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16 m3/h
bei 25 µm
Rating |
| Micron Rating Availability |
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0,2 up to 200
µm |
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| ULTRAFIT®
High
Performance Liquid Filter Bags |
| Bag Filter-Series |
Bag Structure and
Specifications |
| ULTRAFIT®
100 |
Ideally suited
for batch filtration, polishing, or as a final filter. Designed to filter
liquids where the range of particle size is narrow and consistent.
This Filter Bag consists of three layers and two integrated polymeric
support layers as well as a structural polymeric IP-Support layer which
allows the Filter Bag a significantly greater differential pressure before
change-out.
Available micron ratings from 1 - 200 µm with 97% efficiency ratings. |
| ULTRAFIT®
500 |
For applications requiring
high-purity results with high solids loading capacity. Designed to filter
liquids where particles vary in both size and distribution. 60% more surface
area than ULTRAFIT®
100
filter bags.
This Filter Bag consists of six layers and two integrated polymeric support
layers as well as a structural polymeric IP-Support layer which allows the
Filter Bag a significantly greater differential pressure before change-out.
Available micron ratings from 1 - 50 µm with 99%
(Beta Ratio β = 100) |
| ULTRAFIT®
800 |
Sub-Micron rated retention and
multiple layeers of the same micron rating allow finer filtration. Ideal for
high-purity anc critical liquid process applications.
This Filter Bag consists of seven layers and three integrated polymeric
support layers as well as a structural polymeric IP-Support layer which
allows the Filter Bag a significantly greater differential pressure before
change-out.
Available micron ratings from 0,2 - 0,8 µm with 99,98%
(Beta Ratio β = 5000) |
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ULTRAFIT®
ORDERING INFORMATIONS
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Series |
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Material |
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Absolute Retention(Mikrometer) |
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Bag Size and Length |
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Additionals |
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100
500
800
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P
=
Polypropylen
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001
= 1 µm
002
= 2 µm
005
= 5 µm
010 = 10 µm
025 =
25 µm
050 = 50 µm
100 =
100 µm
200 =
200 µm
02
= 0,2 µm (800)
04 =
0,4 µm (800)
06 =
0,6 µm (800)
08
= 0,8 µm (800)
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P1
= 400 mm *
P2
= 840 mm
P4
= 350 mm
*nur
für Serie 100 lieferbar |
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EXP
=
Sub-Mikron-Version
Optional Series 500
Standard Series 800
IP
=
Outside Support-Layer
(Standard)
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Ordering example :
100-P-025-P2-IP
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