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The Camfil Farr Hi-Flo® offers high efficiency grade filtration to address today's indoor air quality problems. The Hi-Flo can remove contaminants such as fumes, smoke, bacteria, fungi and virus-bearing droplet nuclei. The Hi-Flo is the filter of choice for the removal of nuisance contaminants such as pollens, paper dust and other atmospheric impurities.
Camfil Farr have a wide range of bag filters with best performance on the market.
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TROX offers a comprehensive range of high-quality bag filter inserts to cover all ventilation and air-conditioning applications. The bag filters are manufactured on modern production facilities at our filter factory. Many years of experience in the production of bag filters, the use of suitable materials and good processing ensure high quality products. The bag filter inserts are employed as pre-filters or main filters in ventilation and air-conditioning systems to extract fine dust. They are available in various designs offering different extraction and efficiency levels and in different lengths to enable optimum adaption to the prevailing requirements. The filters consist of a plastic face frame (metal frame available upon request) and the individual filter bags made of glass fibre fabrics with spunbonded fabric lining.
The bag filter inserts offer decisive advantages for the economical operation of filter plants:
– Optimum bag shape and filter surface of the bag filter inserts for high dust retention capacity at low pressure differentials
– Reduction in plant resistance through use of bag filter inserts with low initial pressure differentials
– Reduced energy consumption
– Short fitting and changing times due to simple and safe handling of the bag filter inserts
– Problem-free disposal of the filters. An expert body has confirmed that the bag filter inserts are suitable for disposal in modern incineration plants for
domestic refuse.
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When it comes to baghouses, lots of people in the wood, plastics and food industries have seen one. (The key word here is "one".) Many think they're all similar. Actually, there have been several thousand manufacturers over the past century making a wildly diverse range of designs. The handful of makers that still exist do so because their products work.
Like many pieces of shop equipment, baghouse filters need periodic replacement. If your unit (or the affordable used one you just found at an auction) is almost an antique and/or you can't locate the OEM, we can make replacement bags or sleeves for it. In most cases our engineered fabrics will substantially improve its performance at the same time.
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Synthetic Fibre media is used in accordance with EN 779
F5 - F6 - F7 - F8 - F9
Multibag is manifactured by galvanized steel or %100 plastic frame.
Pockets are constructed of a high density,ultra-fine sythetic media and bonded with ultrasonic welding technology.
Multibag is used for fine filtration as prefilter before the high efficiency filtration systems in air handling units and plants such as air conditioning plants in hospitals,pharmaceutical plants,chemical industry and electronic industry.
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Fibre glass filter media is used in accordance with EN 779
F5 - F6 - F7 - F8 - F9
All frame components are made from recycled plastic
For high air flow rates and a long durability.
High efficiency and low pressure drop air filtration in reduced dimensions. (292 mm & 130 mm width,25 mm flange)
Strong and rigid construction that permits an easy and quick installation.
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Camfil Farr Gigapleat filters are a range of unique products based on the use of adsorbents that are incorporated in a non-woven fiber web. The adsorbents may be made from a very high quality carbon or ion-exchange resin. Variants are available for the removal of acids, bases and condensables.
The media is pleated into flat panels and the panels are mounted in a holding frame (cell, panel or header type). Camfil Farr expertise in pleating concepts and techniques ensures that the optimum combination of factors is obtained. In particular high efficiency and capacity values are achieved at low pressure loss.
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The Camfil Farr Opakfil Green® provides high efficiency filtration in a light weight and compact format. OpakfilFor use in any air conditioning application and preparatory filtration in cleanrooms.
opakfil_greenIt can remove all contaminants such as fumes, smoke, bacteria, fungi and virus-bearing droplet nuclei which makes it a very good choice for improving your indoor air quality.
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The Series 6500 features Mott precision porous metal cups and hardware of 316L stainless steel or titanium. They can be used as samplers and spargers in a wide range of applications.
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The Camfil Farr Hi-Flo® offers high efficiency grade filtration to address today's indoor air quality problems. The Hi-Flo can remove contaminants such as fumes, smoke, bacteria, fungi and virus-bearing droplet nuclei. The Hi-Flo is the filter of choice for the removal of nuisance contaminants such as pollens, paper dust and other atmospheric impurities.
The Camfil Farr Hi-Flo incorporates high lofted air laid micro fiber glass media to ensure reliable efficiency throughout the life of the filter. Equipped with a high quality filter material, with small fiber diameter and uniform lofting, it guarantees a consistent and reliable sub-micron particle capture throughout its lifetime. Synthetic micro mesh media backing ensures media protection and support in turbulent or varying airflows.
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High-performance operation:
. Operating temperatures up to 450°C (inert gas).
. Able to withstand 1000 psi differential (69 bar) pressure @ 20°C.
. All units are He leak-tested to a maximum 1 x 10-9 atm cc/sec.
. Parts per trillion dry down achievable.
. >1 trillion particles retained at the rated flow with zero particles detected downstream of tested filters.
. Particle shedding of <1 particle/ft3 in accordance with SEMASPEC 93021511A-STD.
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Pockets leaking in man-made fiber or glass fiber with chassis in pressopiegata sheet or plastic material. Besides the dimensions standard they are produced in varying of any measure.
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TP single pockets - A thermally welded pocket construction that provides high burst strength and ensures no contaminant bypass.
* Rigid thermal welded pocket design, excellent for VAV systems and turbulent air streams
* Aerodynamic pocket separators for uniform air flow and maximum media usage
* Very low resistance results in greatly reduced operating costs
* High dust holding capacity
* Available in G3-F6 efficiencies as per EN 779-2002
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Menardi offers the widest selection of filter bags available anywhere. We manufacture and supply filter bags for practically any application and for any OEM style baghouse. Our close relationship with filtration fabric producers means that we can even work with you to design a fabric specific to your demanding application.
Advanced Filtration Treatments
To ensure complete dust capture and release for the filter, Menardi has developed a complete range of surface treatments that reduce pressure drop, lower emissions and extend filter bag life.
Applications
Menardi has success with fiberglass filter bags on many rigorous applications including coal fired boilers, cement and lime kilns, carbon black, and metals manufacturing processing.
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Mikropor Synthetic pocket filters are for HVAC applications and are:
- non-corroding
- leak-free and ultrasonically welded
- sealed to preclude dust breakthrough
- energy efficient due to low average pressure drops, optimized design and full use of surface area.
- moisture-resistant up to 100% relative humidity
- thermally stable up to 70°C (with occasional peaks up to 80°C)
- disposal & environmentally friendly
- incinerable
- constructed with efficient, progressive and 2-layered filter media with break-resistant synthetic/organic fibers and microfibers. Mikropor Pocket Filters use no glass fibers.
Media
- Yellow: F8 - 90-95% Efficiency
- Pink: F7 - 80-90% Efficiency
- Green: F6 - 60-80% Efficiency
- White: F5 - 40-60% Efficiency
Frames & Sizes
- Materials: Incinerable Polystyrene Monoblock Plastic
- Sizes:
287mm x 592mm - 3 & 4 pockets
490mm x 592mm - 6, 8, 10 pockets
592mm x 592mm - 6, 8, 10, 12 pockets
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QualityPak Synthetic Bag Filters
The "Quality Pak" synthetic bag filter is a cost effective, high efficiency filter. Multiple pockets increases surface area and service life. Available in many face and depth dimensions as well as various pocket quantities for maximum performance and minimum cost. Synthetic media does not shed glass particles into the air stream. Available in ASHRAE 52.1 ratings 45%, 65%, 85%, and 95%.
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Nano-Tio2 was deposited on the surface of filter in various material, that has better absorption than activated carbon. Nano-Tio2 visible-light-induced photocatalysis may decompose deleterious gas such as formaldehyde, benzene, ammonia, nicotinism, etc., and sterilize air which may contain germs suspended therin, deodorize air. Light accelerant is harmless to the human body, and last permanently. Photocatalyst Filter ismainly used in sterilization of air machine.
Odor decomposing rate is more than 96%.
Bactericidal rate is more than 99%.
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TURBOMAX
Pocket filter leaking in microfiber of glass to elevated leaking surface.
Rigid pocket filter constituted from a plastic and inceneribile chassis. The leaking septum is in microfiber of glass in class of filtration from F5 to F8. Filter to wide surface 28 mq, bassisime losses of cargo, operating long-life
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TURBOGLASS
Rigid pocket filter in microfiber of glass.
ll filter TURBOGLASS is constituted from a resistant plastic chassis to the heat, totally riciclabile. The leaking material is in microfiber of idrorepellente glass lacking in cellulose, in class of filtration from F5 to F9. 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 poliuretanico, resistant to acids, is lacking in any by pass of the air. The air crosses alone and exclusively the leaking septum. A gasket in polyurethane completes filter TURBOGLASS.
The leaking septum that it constitutes filter TURBOGLASS is 100% microfiber of glass. The microfiber of glass is folded with a system that allows to obtain a uniform spacing between the folds, for a better leaking efficiency and a better withholding of particles and consequently a greater one I accumulate of the powders. Such characteristic assures a resistor begins them much lowland and an elevated operating life of the filter.
The microfiber of glass having to its inside fibers in cellulose is not totally idrorepellente.
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TURBOPOL
Rigid pocket filter in polypropylene
The rigid pocket filter Turbopol is constituted from a chassis in riciclabile polypropylene. The leaking septum is in polirpopilene 100% idrorepellente. The elevated resistor to the explosion renders the particularly effective filter in onerous atmospheres. Thanks to the intrinsic qualities of the product obtain the following advantages:
Lowlands losses of cargo
Increase of the ability to I accumulate powders
High efficiency begins them
Operating long-life
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QualityCell Rigid Cell Filters
Today's highly efficient air handling systems maximize efficiency by varying airflow according to the needs of the occupied space. The "Quality Cell" Rigid Cell Filter is built with special plastic separators and heavy gauge metal backing to hold the pleated media stable at any airflow for maximum media utilization. The "Quality Cell" is constructed with polypropylene media and separators to discourage microbial growth and is offered in ASHRAE ratings of 45%, 65%, 85%, and 95% and Odor Ban carbon media.
QualityCell V Cell
The mini pleat "V" construction of the "Quality Cell" V cell incorporates 150 square feet of media in a 24 x 24 x 12 filter. This tremendous amount of media allows for lower pressure drops, longer service life, and high efficiency. The entire frame, media, and media separators are constructed of plastic making "Quality Cell" V cell resistant to moisture damage. High blowout resistance makes this an optimal choice for high air velocity applications. Available in ASHRAE 52.2 (MERV) ratings up to 14 (equivalent to 52.1 @ 95%).
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PTFE filter elements are produced by sintering pure PTFE granules,no other substances are used in the construction. These filter elements are usually offered when only 100% pure PTFE can be used. It is normally preferable to offer a K type disposable filter element, if suitable, as both pressure drop and life characteristics are superior to the PTFE elements. The advantage of PTFE is a higher maximum temperature, up to 200°C, and somewhat better chemical resistance. These filter elements should be ultrasonically cleaned to give best results.
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Anticorrosion and impact-resistant breather filters supply contamination-free air to reservoirs. A wide range of replaceable filter elements adapted to the needs of the system ensures the degree of filtration required by the hydraulic filter is obtained.
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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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Can be applicable for seperating tiny dust particulate in general ventilation system
- Unique chemical fibre filter media,offer stable efficiency in useful lifetime
- Outside frame is made of zinc galvanizing plate or Aluminium alloys
- Optimize V-shape filter bag structure,low resistance,long useful life
Can be applicable for seprating tiny dust particulate and submicron flecks of dust
-Super-thin glass-fibre filter media,offer stable efficiency in useful lifetime
- Offer high and stable efficiency during the operating time,large dust capacity, superior performance compared with chemical fibre filter media.
- Optimize V-shape filter bag structure,low resistance,long useful life.
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We'd like you to believe that our custom fabric filters will solve all the world's dust problems, .but there are some pieces of equipment designed to only use a cartridge filter. A pleated media provides a very large filter surface area within a compact package.
The advantage is that a filter doesn't take up much volume in the workspace. Commercial air intakes and vents work well with this type of filter. Working with many custom and off-the-shelf suppliers, we can easily cross-reference virtually any product or modify a design to solve specific problems. Please use our printable PDF Spec Sheet to note your filter's construction style, critical dimensions, gaskets, rings, etc. and we'll take it from there.
The cartridge's disadvantage is that large amounts of (wood, flour, etc.) dust can quickly fill in the pleats and essentially block all airflow. Small wood shop collectors that collect dust inside the cartridge are a case in point. High replacement costs and tedious maintenance regimens have led more than one user to modify their collector to use our filter bags. We'd be glad to help you make the comparison.
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Retrofit Filter Cartridges
* Improve the performance or solve problems of existing collector systems. Farr filter cartridges are made with PolyTech™ media, the most advanced pulse-cleaned media ever made.
* The HemiPleat separator bead opens up the pleat uniformly, allowing more effective cleaning and lower pressure drop.
* Farr offers replacement upgrade cartridges to fit these and more:
American Air Filter® Torit®
MAC Equipment® UAS/Dust-Hog®
Pneumafil® Wheelabrator®
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Features
-High efficiency and dust holding capacity
-Low average operating resistance
-Longer life than standard filters
-Less filter changeout
-Filter dust spot efficiency 69% and 91%
-Handles high air volumes up to 4250 m³/h
Technical Data
Media: High efficiency, water resistant glass fibre
Cell Sides: Corrosion resistant galvanized steel
Separators: Corrugated aluminium
Maximum operating temperature: 150 ºC
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SAAFOxidant gas removal chemical media is designed to efficiently remove 99.5% of specific gaseous contaminants from the airstream. Target contaminants include sulfur dioxide, hydrogen sulfide, nitric oxide, formaldehyde, and lower molecular weight aldehydes and organic acids.
SAAFOxidant engineered media is composed of a combination of activated alumina and other binders. Potassium permanganate, an oxidizing agent, is applied to the media uniformly during pellet formation and is distributed throughout the pellet volume to promote optimal performance.
The SAAFOxidant chemisorptive process removes contaminant gases by adsorption, absorption and chemical reaction. In this process the gas is trapped and oxidized within the pellet, changing the gases into harmless solids while eliminating desorption. SAAFOxidant's engineering allows this to be an instantaneous, irreversible, and safe chemical reaction.
SAAFOxidant media is effective in commercial and industrial systems, withstanding velocities up to 500 FPM. The media operates at -4°F to 125°F (-20°C to 51°C) under 10- 95% relative humidity (RH).
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Features
-Classification F5 according to EN779
-Water resistant beverage board frame
-UL Class 2
Technical Data
Media: Glass fibre media
Die-cut box material: Moisture resistant beverage board
Rating UL900 Standard: Class 2
Maximum operating temperature: 90 ºC
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