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QualitySeal Polyester Ring Panel and Link Filters
"Quality Seal" Ring Panel filters are constructed of two layers of polyester material heat sealed around an internal wire grid support. The graduated density and tackification of media combines high dust retention with good efficiency. The internal wire support is heavy gauge steel to withstand high air velocity. Polyester overlap around the support wire offers a self supporting positive seal to eliminate bypass. "Quality Seal" Link filters are a connected series of ring panel filters, preventing bypass between filters.
QualitySeal Polyester Pads and Rolls
We offer an array of "Quality Seal" polyester medias, each with a unique blend of fibers, binders, and tackifiers to meet a broad range of HVAC and paint filtration needs. Available in pre-cut pads and slit rolls, or in master rolls, "Quality Seal" polyester medias are an economical choice.
QualitySeal Polyester Pads and Rolls
"Quality Seal" Cube Filters offer up to five times the filter area of a flat panel filter of the same face dimensions. This means longer service life and less maintenance time. Polyester overlap around the support wire offers a self supporting positive seal to eliminate bypass. "Quality Seal" cube filters are offered in many types of polyester media for use in particulate and paint overspray collection.
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Polyamide fibres are synthetic fibres made from linear macromolecules obtained from the polycondensation of bi-functional components. The most industrially used polyamide fibres are Nylon 6 and Nylon 6.6.
Nylon 6.6 is produced by the condensation polymerization of hexamethylene diamine and adipic acid, it is the nylon for antonomasia and the most popular.
Nylon 6 is produced by the condensation polymerization of caprolactuam.
At first sight Nylon 6 and 6.6 do not differ from each other when compared at ambient temperature. But increasing the temperature the tenacity reduces progressively until it is completely zero at 215°C for Nylon 6 and at 255°C for Nylon 6.6.
Characteristics of polyamide fibre
- Resistance to wear
- High elastic recovery
- Easy to dye
- Good colour fastness
- Easy to maintain
- Limited dimensional stability
- High Creep
- Sensitive to chemical reagents
- Poor resistance to high temperatures
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The Kermel Tech fibre has been specifically developed to cope with ever increasing thermal and chemical requirements in the field of hot gas filtration.
Kermel Tech offers exceptional resistance to both long-term elevated operating temperatures as well as shorter term high temperature peaks. It guarantees long service life and reliability of filter bag dust removal systems under rigorous conditions.
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* rimmed
* pleated
* one or multiple layers
* also available with metal fibre felt
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VARIPOL PH 150mm
Compact filter in polypropylene in depth 150mm
ll filter VARIPOL PH 150 is constituted from a shockproof chassis in polistirolo totally riciclabile. The leaking material is in idrorepellente, antimicrobico polypropylene, in class of filtration from F5 to F9, with separators anch' they in polypropylene. The filter does not introduce to its inside some metallic member as the assemblage of the chassis and the resistor of the leaking septum concurs to avoid ulterior reinforces. The glue chassis being completely on all sides, with sealing hot melt, is lacking in any by pass of the air. The air crosses alone and exclusively the leaking septum. ll filter to average and high efficiency VARIPOL can be supplied in flangiata version PH or the version without flange.
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VARIPOL PH Compact filter with header
MODEL VPPH32 - VPPH31 - VPPH30
FILTRATION CLASS F5-F6-F7-F8-F9
INITIAL PRESSURE DROP ( Pa )
FINAL PRESSURE DROP ( Pa )
FIRE RESISTANCE
MAX OPERATING TEMPERATURE
RELATIVE HUMIDITY
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TURBOMAXPOL
Rigid pocket filter in polypropylene to wide leaking surface.
ll filter TURBOMAXPOL is constituted from a shockproof chassis in polistirolo totally riciclabile. The leaking material is in polypropylene 100% idrorepellente, antimicrobico, in class of filtration from F8 to F9, with separators anch' they in polypropylene. The filter does not introduce to its inside some metallic member, as the assemblage of the chassis and the resistor of the leaking septum concurs to avoid ulterior reinforces. The glue chassis being completely on all sides, with sealing hot melt, is lacking in any by pass of the air. The air crosses alone and exclusively the leaking septum. A gasket in polyurethane completes filter TURBOMAXPOL.
The leaking septum that it constitutes filter TURBOMAPOL is in 100% polypropylene.
The polypropylene has a density progressive, the more rough towards the outside, finer towards the inside. This characteristic detail of the material allows a better withholding of particles and consequently a greater one I accumulate of the powders. The leaking septum is folded to form of V, with a patented system, that it always previews the use of separators in polypropylene. Such characteristic assures a resistor begins them much lowland and an elevated operating life of the filter.
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TURBOPOL
Rigid pocket filter in polypropylene.
ll filter TURBOPOL is constituted from a chassis in totally riciclabile polypropylene. The leaking material is in polypropylene 100% idrorepellente, antimicrobico, in class of filtration from F5 to F9, with separators anch' they in polypropylene. The filter does not introduce to its inside some metallic member, as the assemblage of the chassis and the resistor of the leaking septum concurs to avoid ulterior reinforces. The glue chassis being completely on all sides, with sealing hot melt, is lacking in any by pass of the air. The air crosses alone and exclusively the leaking septum. The leaking septum that it constitutes filter TURBOPOL is in 100% polypropylene.
The polypropylene has a density progressive, the more rough towards the outside, finer towards the inside. This characteristic detail of the material allows a better withholding of particles and consequently a greater one I accumulate of the powders. The leaking septum is folded to form of V, with a patented system, that it always previews the use of separators in polypropylene. Such characteristic assures a resistor begins them much lowland and an elevated operating life of the filter.
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ACS HEK-series compact rigid bag filters are manufactured using the latest mini-pleat technology. The pleated filter packs are produced from high efficiency, water-repellent glass fibre paper, finely pleated and spaced to maximise surface area. The packs are assembled in a V-formation and sealed in a rigid supporting frame. This design provides high efficiency filtration in air conditioning systems where space is limited and high air volume is required. It also allows for an extended service life, capable of withstanding high air turbulence and vibration which is equally effective in high humidity conditions. The HEK/GT-series is specially designed for high burst-pressure installations such as gas turbines.
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Constructed with a 100% synthetic fiber media to ensure high-depth loading with low pressure drop. These filters combine sequential progressive density layers.
* Injection molded polyurethane header ensures leak-free design
* Rigid pocket design maintains optimum shape
* Aerodynamic pocket separators for uniform air flow and maximum media usage
* Full adhesive saturation through a proprietary production process prevents dust releases
* Available from G4 through F7 efficiencies as per EN 779:2002
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In a unique high-temperature sintering procedure, glass filters are produced of pure borosilicate glass 3.3, that are used in many applications, where filtration is used and needed.
The product range varies from standard filter-crucibles, -funnels, -candles, conical funnels to special design sintered filters for analytical sensors, chromatography and radiology research.
The latest milling and separating technologies ensure the quality of the raw-materials made by our own production. Reliable processes and years of experience of our qualified staff as well as constant education of all colleagues guarantee the high quality of our production.
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Filterdiscs are available in many round and rectangular shapes ranging from 5 mm up to 500 mm.
Many special design discs are manufactured by our produc- tion according to customers specifications
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Next to a large variety of standard types, ROBU® produces many special designs also according to your specific requirements.
Round and rectangular discs of 450 x 450 mm and tubes up to 1.200 mm length are available.
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HERDING®-sinter plate filter for surface filtration grant clean gas values of < 1 mg/m³, even with dusts of D50 < 1µm. The matrix consists of sintered polyethylene PE. An additional PTFE-coating gets into the pores of the PE-basic body and forms a micro-porous, non-sticking. This combined material is most extensively chemical resistant. The HERDING®-sinter plate filters are extremely stable in structure, rigid, water resistant and only need low-maintenance. The average useful life of a Herding ® filter can even exceed 10 years.
HERDING® sinter plate filters show a very high efficiency of separation and environmental compatibility. The filters can be recycled without any problems, no toxic waste has to be disposed off.
By using these filter elements in HERDING® HSL-units there is an optimum combination of positive attributes like: compactness, optimum flow behavior, ideal dust emission and an extensive operational safety, resulting from the rigidity of the matrix and of no wear and tear against abrasive media. At regular intervals or at pre-determined differential pressure the filter elements are cleaned on-line by a jet-pulse.
The filter elements are fixed only by a single screw – which makes maintenance easy and saves times. On request antistatic or even special design, e.g. for using cooling lubricants or aerosoles are possible. HERDING®-DELTA-filter are future-oriented; already today they meet what tomorrow’s environment and legislation will require. So in fact the separation efficiency shows a much better value than required by the BIA-certificate, regarding dust classification M.
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Cages / Retainers
Pulse-jet style baghouses are designed to utilize fabric filter bags with internal support structures commonly referred to as cages. Cages provide a means of holding the filter bag open during the particulate collection cycle. Cages must be strong to withstand the pressure from the filter bag exerted during the particulate collection cycle.
Additionally, cages must be selected with the proper structure design to conform to the fabric requirements. Gas stream chemistry will determine whether special metals or special coatings will be required to reduce or eliminate corrosion to the cages' metal surfaces. Cage sizes, both length and diameter, can be crucial to the success or failure of the filter bag.
The strongest filter bag cage for pulse-jet baghouses is known as the "rigid wire" cage. It is designed to provide uniform support to the overall length of the fabric filter, utilizing "stringer" wires that are equally spaced around the circumference of the cage. Each stringer wire is then welded to support rings that are spaced along the length of the cage. The diameter of these rings plus the wire gauge of the stringers determines the overall diameter of the cage. Special cage tops, such as roll band and roll flange styles, are also welded to the stringer wires; thereby developing a strong internal assembly from which to attach the cage and filter bag to the baghouse tubesheet. The cage bottom is either interlocked to a stringer ring or welded to the stringers. Either method is equally sufficient for support.
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Wire Cages
Standard Filter is a supplier of dust collector cages as well as filter bags. We provide a wide range of configurations to best fulfill your needs. Cage constructions, consist of 10, 12 or 20 vertical wires. The horizontal ring spacing on the cage can be 4", 6" or 8".
If plenum height restrictions are a problem, two piece cages are available.
For areas where moisture or acid corrosion are present Standard Filter provides a range of materials.
Finishes
- Carbon Steel
- Galvanized Steel
- 304 Stainless Steel
- 316 Stainless Steel
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ATI 3-Layer Filter is a superior dust filtration, EMI shielding filter for minimum air flow requirements. Aluminum extruded profiles surround three layers of aluminum screen and are welded in place. Three layers of wave formed aluminum wire screen, each with a decreased depth are layered together resembling the look of a continuous wave. The combined layers of aluminum screen entrap dust particles. Both sides of the 3-Layer Filter are protected by a rigid grill. Select from Alco-Multi Gasket, a combination of neoprene sponge and monel mesh, Alco-Knit or conductive gaskets for shielding and environmental requirements. Through hole locations are customized for easy surface mount installation with standard 8-32 rivnuts or .203 diameter holes. Plating options enhance shielding effectiveness. 3 Layer Filters can be vacuum cleaned in place, removed and blown with light compressed air or cleaned with mild detergent, ATI 3-Layer Filter is suited for use in enclosures, electronic equipment and portable military control stations.
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Camfil Farr Megalam Panel Filters provide fine airborne particulate control to meet the requirements of today's high-tech clean rooms, clean benches and clean air devices. With configuration and performance flexibility, the Megalam Panel provides the highest level of protection for product processes and personnel.
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Air filter consumables: frames, housings, cartridges...
