Products Archive - Standard Filter https://www.standardfilter.com/products/ Filter Bags Thu, 17 Oct 2024 10:33:34 +0000 en-US hourly 1 https://wordpress.org/?v=6.8.5 Dust Collector Filter Bags https://www.standardfilter.com/products/filter-bags/ Mon, 07 Aug 2023 10:20:24 +0000 https://www.standardfilter.com/?post_type=products&p=3209 Dust Collector Filter Bags (Click on your dust collector OEM from the list below to get an immediate quote) Aaron Aerodyne Aeropulse Aget Airtrol Air Conveying Air Sentry Allen Sherman Hoff Amerex American Air Filter American Std Argo Blower Astec Industries BACT Engineering Balox Bahnson Hawley-Norblo-Envirotech Barber-Green Baumco Belco Bituma Construction BMG Brandt Engineering Buell/Norblo ... Read more

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Dust Collector Filter Bags

(Click on your dust collector OEM from the list below to get an immediate quote)

Don’t see your filter OEM listed above, Click Here.

Pulse-Jet Bags

Standard Filter manufactures thousands of pulse-jet and plenum pulse dust collector filter bags daily. These industrial filter bags use support cages to allow air flow from the exterior of the bag and exiting through the interior in the baghouse.

Our dust collector bags are sewn with 3 – needle chain stitch to ensure seam integrity. Top constructions consist of snap band, flange top, ring top, soft cuffs or raw edge. Bottom removal dust collectors bags are constructed with a raw top or soft cuff. Top and bottom removal filter bags have disc bottoms that are sewn using an overlock (surge) stitch or lock stitch. A wear strip or custom skirts is attached to the bottom portion of the bag to prevent premature wear from bag-to-bag and bag-to-cage abrasion. We manufacture replacement pulse jet filters for numerous OEM dust collectors (see list below).

Shaker Bags

We provide a wide variety of industrial air filter bags for use in shaker-type collectors. We manufacture replacement filter bags from both wovens and shaker felts. Standard Filter’s engineering department will recommend the filter media that will provide you the performance you expect from your shaker unit baghouse.

We offer various types of top attachments to work with the dust collector shaker mechanism you have, whether it is loop, hanger, strap, grommet or we may help you design one to fit your needs. Our bottom attachments can be made with snapbands, corded cuffs or reinforced cuffs for extra wear protection.We can also supply clamps for the standard cuff bottoms, as well as other hardware for your dust collector.

Reverse-Air Bags

Standard Filter designs and manufactures a wide variety of reverse air bags. Typical top designs are strap top, loop top, cord top cuff, compression band tops with steel caps or grommet top bags. Bottom include raw edge, cuffed, compression band or beaded cuff.

Anti-collapse rings of mild steel, stainless steel and other alloys are placed along the bag at the proper points for maximum cleaning efficiency. Standard Filter supplies clamps for the cuff bottoms.

Filter Bags

Custom Bags

In addition to aftermarket filter bags to fit OEM collectors, Standard Filter is also capable of producing custom filter bags and envelope style bags for your unique or discontinued model dust collector or baghouse.

We engineer & recommend custom filter materials that will improve your baghouse performance and improve problem applications.

Welded Seam Bags

Bags Needle holes in the vertical seam of a filter bag can be a conduit for fine particulate bleed through. In order to give you the most efficient filter possible, Standard Filter manufactures one piece welded filter tubes.

This fusing of the filter eliminates fine particle migration through needle holes in the vertical seam, allowing the entire filter tube surface to operate at a higher efficiency. We offer these filters in Polyester, Polypropylene and Ryton®.

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Torit® and Donaldson® are registered trademarks of Donaldson Company, Inc. Ryton® is a registered trademark of Solvay

Ryton® is a registered trademark of Solvay

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]]> Specifying A Filter Bag https://www.standardfilter.com/products/specifying-bag/ Mon, 07 Aug 2023 07:24:21 +0000 https://www.standardfilter.com/?post_type=products&p=3153 Specifying A Filter Bag There are 5 primary steps well will walk you through when ordering your filters. Step.1 MATERIAL SELECTION (choose the right filter media for your application) You should choose the media from which your filters will be constructed based on the type of application they will be used for. Take the following things ... Read more

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Specifying A Filter Bag

There are 5 primary steps well will walk you through when ordering your filters.

Step.1 MATERIAL SELECTION

(choose the right filter media for your application)

You should choose the media from which your filters will be constructed based on the type of application they will be used for. Take the following things into consideration prior to selecting your media:

  • Temperature – do your bags need to withstand extreme temperatures
  • Product – what are you filtering
  • Chemistry – can your bags withstand the chemical make up of the dust particles
  • Resistance- is the filter media able to resist the wear and tear of the dust particles
  • Partical size-The micron distribution of the particulate being filtered
Choosing the correct filter media is an important and sometimes difficult process. To assist you in the identification of the right media for your bags, keep the following in mind: Filter bag performance is directly related to how well it can tolerate the environment in which it is being used, how efficiently it can remove the dust particles and it’s ability to clean and renew.

We can help youi dentify the type of filter media currently used in your application. Below you will find a list of typical construction methods:

  • Woven felts
  • Non-woven felts
  • Natural fibers
  • Synthetics
    • Thermoplastics
      • Polypropylene (PPRO)
      • Polyphenylene sulfide (PPS)
      • Polyester (PE)
    • Thermoset
For additional information on media types please examine our sample chart A simple test to determine if a material is a thermoplastic is to take a small swatch and put a flame to it. A thermoplastic material will begin to melt when exposed to direct heat. The selection criterion eliminates materials based on temperature and chemical characteristics. The first cut is usually made based on temperature. Then the chemical characteristics of the gas stream are considered to further refine the search. Chemical Resistance. Next, the efficiency of the material further dictates the construction of the material i.e. – the weight – oz/sq. ft., fiber and surface treatments/membranes. Last but not least, if there are still two or more candidates it comes down to a price versus performance trade off.

Step. 2 MEASUREMENTS

(get accurate measurements for optimal performance)

Most dust collectors have been upgraded over the years  rather than replaced due to the need for new permits and the hassles with that process. That creates issues where OEM configurations will have changed. Because of this you likely will need to obtain accurate measurements for your filters before ordering replacement filters.

If you currently have filters installed that are functioning properly, you can pull out one of those filter to get the proper measurements for your replacement order. (spare filters not yet used can also be measured if available) If you are removing a used bag to measure, please be sure to use all necessary precautionary measures set in place prior to removal (i.e. – gloves, protective garments, & respiratory equipment if needed). To see a simple video demonstration on how to measurea couple of types of filter bags, go to our Downloads page to choose which video you wish to see.

Step. 3 and 4 TOP & BOTTOM CONSTRUCTION

The top and bottom construction of a filter bag involves a variety of possible configurations. The type of cleaning process used by the dust collector determines which configurations will be used in the design of the filter bag.

MECHANICAL CLEANING (SHAKER) BAG HOUSES

– usually found in critical applications

TYPICAL TOP CONSTRUCTION

TYPICAL BOTTOM CONSTRUCTION

REVERSE AIR BAGHOUSES

– usually found in large air handling environments such as power plants and cement plants although they do have uses in a variety of industries

TYPICAL TOP CONSTRUCTION

TYPICAL BOTTOM CONSTRUCTION

Pulsejet (Reverse jet) Baghouses

– found in almost every industrial environment. They are by far the most popular design and are seen in nearly all industry segments.

TYPICAL TOP CONSTRUCTION

TYPICAL BOTTOM CONSTRUCTION

Step. 5 ADDITIONAL OPTIONS

  • Extended Top
  • Extended bottom
  • Extended top and bottom
  • Copper, Stainless Steel
  • GROUND WIRE
Use to comply with Factory Mutual requirements for static dissipation. Groundwire can be found in stainless steel and copper and actually only works in a localized area of the filter. For optimal static dissipation look at conductive scrim or fiber filters made with Stainless Steel.
  • WEAR CUFFS
Used to combat abrasion at the bottom of the bag either from “sandblasting” of the bags or bag-to-bag abrasion due to turbulence in the bag house. Usually 2 to 4 inches in length and made of a material similar to that of the body of the filter bag.
  • SPECIAL FINISHES
There are many finish options that can be added to the filter media at the time it is manufactured. Please refer to the materials selection area for further details. Specialty Materials.
  • Loop top
Sizing up the loop is simply a matter of the width and the height of the loop. The height measurement should always be taken as an inside dimension, especially for felt loops.
  • Grommet Top
Look for a number stamped on the grommet. It denotes the size in eighths of an inch (e.g. #3 grommet has a 3/8” diameter hole. Most grommets are brass but not if other construction.
  • Strap/Tail Top
Measure the width of the tail. The length is from the end to the point where it is sewn onto the bag body. Also note the number of layers of material that make up the tail. Most woven filters have two or three layers.
  • Metal Hanger
This is a variation on the loop with a metal hanger sewn into the loop. Be sure to measure the length to the center of the hanger. TIP: once you have the length, cut out the hanger and photocopy or make a digital photograph to then include with your RFQ.
  • Cap
Cap sizing with a measuring tap or calipers is very difficult. It is best to supply the cap if you intend to reuse them on the new bags, else request the bags and caps be supplied as a fitted pairing.
  • Snap ring
The size of the snap ring (Snap Band) is really determined by the diameter and thickness of the hole it is placed into. Those measurements must be either taken from the bag house drawings or actually measured on the bag house Tube Sheet while it is offline. If this is not possible, send us a snap ring. We can size the snap ring to one of our hundreds of test jigs we have especially for this.
  • Plain hem w/ clamp
The material is simply folded back and sewn. The length of the cuff may be critical, as this inlet to the bag tends to see the greatest velocity and dust loading and consequently the greatest wear.
  • Cap Top with Hook
Cap sizing with a measuring tap or calipers is very difficult. It is best to supply the cap if you intend to reuse them on the new bags, otherwise request the bags and caps to be supplied as a fitted pairing.
  • Compression Band
A Compression Band is similar to a Snap ring but rather than the gasket sealing to a Tube Sheet the compression band seals to a Metal Cap or a raised collar.
  • Corded cuff w/ clamp
Same as the plain hem but with the addition of a cord or rope inserted at the bottom. This reduces the likelihood of the bag pulling past the clamp and detaching from the tube sheet.
  • Raw edge/ Soft cuff
Raw edge bags have no measurement Do not if there is a “V” notch cut into the bag. Soft cuffs make for easier fold in of the bag. Measure the amount of the cuff outside and inside the main bag body.
  • Double beaded Snap ring
The size of the snap ring is really determined by the diameter and thickness of the hole it is placed into. Those measurements must be either taken from the bag house drawings or actually measured on the bag house while it is offline. If this is not possible we can size the snap ring to one of our hundreds of test jigs by having it sent in.

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]]> Filter Media Specifications https://www.standardfilter.com/products/filter-media-specifications/ Fri, 04 Aug 2023 10:40:16 +0000 https://www.standardfilter.com/?post_type=products&p=3115 Filter Media Specifications Low Temperature Material Specifications High Temperature Material Specifications Specialty Material Specifications Low Temperature Material Specifications 10 oz. Polyester Shakerfelt 12 oz. Polyester STYLE PE10SU STYLE PE12SU PRIMARY APPLICATIONS DRY FILTRATION PRIMARY APPLICATIONS DRY FILTRATION PROPERTY U.S. SYSTEM PROPERTY U.S. SYSTEM FIBER CONTENT 100% POLYESTER FIBER CONTENT 100% POLYESTER CONSTRUCTION NEEDLE PUNCHED, SELF-SUPPORTED ... Read more

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Filter Media Specifications

Low Temperature Material Specifications

10 oz. Polyester Shakerfelt

12 oz. Polyester
STYLE PE10SU STYLE PE12SU
PRIMARY APPLICATIONS DRY FILTRATION PRIMARY APPLICATIONS DRY FILTRATION
PROPERTY U.S. SYSTEM PROPERTY U.S. SYSTEM
FIBER CONTENT 100% POLYESTER FIBER CONTENT 100% POLYESTER
CONSTRUCTION NEEDLE PUNCHED, SELF-SUPPORTED CONSTRUCTION NEEDLE PUNCHED, SELF-SUPPORTED
WEIGHT 10 OZ./SQ YD. NOM. WEIGHT 12 OZ./SQ YD. NOM.
THICKNESS 0.050" - 0.070" THICKNESS 0.050" - 0.070"
FINISH SINGED FINISH SINGED
MULLEN 300 PSI MIN. MULLEN 350 PSI MIN.
PERMEABILITY 45 - 65 CFM @ 0.5" W.G. PERMEABILITY 35 - 55 CFM @ 0.5" W.G.
TEMPERATURE 275°F CONTINUOUS TO 300°F SURGE TEMPERATURE 275°F CONTINUOUS TO 300°F SURGE

16 oz. Polyester

18 oz. Polyester
STYLE PE16SU STYLE PE18SU
PRIMARY APPLICATIONS DRY FILTRATION PRIMARY APPLICATIONS DRY FILTRATION
PROPERTY U.S. SYSTEM PROPERTY U.S. SYSTEM
FIBER CONTENT 100% POLYESTER FIBER CONTENT 100% POLYESTER
CONSTRUCTION NEEDLE PUNCHED, SELF-SUPPORTED CONSTRUCTION NEEDLE PUNCHED, SELF-SUPPORTED
WEIGHT 16 OZ./SQ YD. NOM. WEIGHT 18 OZ./SQ YD. NOM.
THICKNESS 0.075" NOM. THICKNESS 0.085" NOM.
FINISH SINGED FINISH SINGED
MULLEN 400 PSI MIN. MULLEN 425 PSI MIN.
PERMEABILITY 20 - 40 CFM @ 0.5" W.G. PERMEABILITY 15 - 35 CFM @ 0.5" W.G.
TEMPERATURE 275°F CONTINUOUS TO 300°F SURGE TEMPERATURE 275°F CONTINUOUS TO 300°F SURGE

16 oz. Combo™ Felt

16 oz. Polypropylene
STYLE CB16GU STYLE PP16GU
PRIMARY APPLICATIONS DRY FILTRATION PRIMARY APPLICATIONS DRY FILTRATION, LIQUID FILTRATION
PROPERTY U.S. SYSTEM PROPERTY U.S. SYSTEM
FIBER CONTENT 60/40 POLYESTER/POLYPROPYLENE FIBER CONTENT 100% POLYPROPYLENE
CONSTRUCTION NEEDLE PUNCHED, SELF-SUPPORTED CONSTRUCTION NEEDLE PUNCHED, SELF-SUPPORTED
WEIGHT 16 OZ./SQ YD. NOM. WEIGHT 16 OZ./SQ YD. NOM.
THICKNESS 0.075" - 0.095" THICKNESS 0.090" NOM.
FINISH GLAZED FINISH GLAZED
MULLEN 400 PSI MIN. MULLEN 500 PSI MIN.
PERMEABILITY 30 - 50 CFM @ 0.5" W.G. PERMEABILITY 20 - 40 CFM @ 0.5" W.G.
TEMPERATURE 210°F CONTINUOUS TO 225°F SURGE TEMPERATURE 190°F CONTINUOUS TO 210°F SURGE

High Temperature Material Specifications

14 oz. CONEX®

16 oz. CONEX®
STYLE CX14SS STYLE CX16SS
PRIMARY APPLICATIONS DRY FILTRATION PRIMARY APPLICATIONS DRY FILTRATION, LIQUID FILTRATION
PROPERTY U.S. SYSTEM PROPERTY U.S. SYSTEM
FIBER CONTENT 100% ARAMID FIBER CONTENT 100% ARAMID
CONSTRUCTION NEEDLE PUNCHED, SCRIM-SUPPORTED CONSTRUCTION NEEDLE PUNCHED, SCRIM-SUPPORTED
WEIGHT 14 OZ./SQ YD. NOM. WEIGHT 16 OZ./SQ YD. NOM.
THICKNESS 0.070"- 0.090" THICKNESS 0.075" - 0.095"
FINISH SINGED FINISH SINGED
MULLEN 400 PSI MIN. MULLEN 500 PSI MIN.
PERMEABILITY 25 - 45 CFM @ 0.5"W.G. PERMEABILITY 20 - 40 CFM @ 0.5" W.G.
TEMPERATURE 400°F CONTINUOUS TO 425°F SURGE TEMPERATURE 400°F CONTINUOUS TO 425°F SURGE

14 oz. NOMEX®

16 oz. NOMEX®
STYLE NX14SS STYLE NX16SS
PRIMARY APPLICATIONS DRY FILTRATION PRIMARY APPLICATIONS DRY FILTRATION
PROPERTY U.S. SYSTEM PROPERTY U.S. SYSTEM
FIBER CONTENT 100% DUPONT ARAMID FIBER CONTENT 100% DUPONT ARAMID
CONSTRUCTION NEEDLE PUNCHED, SCRIM-SUPPORTED CONSTRUCTION NEEDLE PUNCHED, SCRIM-SUPPORTED
WEIGHT 14 OZ./SQ YD. NOM. WEIGHT 16 OZ./SQ YD. NOM.
THICKNESS 0.055"- 0.075" THICKNESS 0.060"- 0.080"
FINISH SINGED FINISH SINGED
MULLEN 350 PSI MIN. MULLEN 400 PSI MIN.
PERMEABILITY 25 - 35 CFM @ 0.5" W.G. PERMEABILITY 20 - 35 CFM @ 0.5" W.G.
TEMPERATURE 400°F CONTINUOUS TO 425°F SURGE TEMPERATURE 400°F CONTINUOUS TO 425°F SURGE

14 oz. P84®

16 oz. RYTON®
STYLE P814SS STYLE RY16SS
PRIMARY APPLICATIONS DRY FILTRATION PRIMARY APPLICATIONS DRY FILTRATION
PROPERTY U.S. SYSTEM PROPERTY U.S. SYSTEM
FIBER CONTENT 100% P84 FIBER CONTENT 100% RYTON
CONSTRUCTION NEEDLE PUNCHED, SCRIM-SUPPORTED CONSTRUCTION NEEDLE PUNCHED, SCRIM-SUPPORTED
WEIGHT 14 OZ./SQ YD. NOM. WEIGHT 16 OZ./SQ YD. NOM.
THICKNESS 0.080"- 0.100" THICKNESS 0.055"- 0.080"
FINISH SINGED FINISH SINGED
MULLEN 350 PSI MIN. MULLEN 380 PSI MIN.
PERMEABILITY 25 - 45 CFM @ 0.5"W.G. PERMEABILITY 25 - 45 CFM @ 0.5"W.G.
TEMPERATURE 450°F CONTINUOUS TO 475°F SURGE TEMPERATURE 375°F CONTINUOUS TO 400°F SURGE

Specialty Material Specifications

16 oz. ACRYLIC

18 oz. ACRYLIC
STYLE AC16SS STYLE AC18SS
PRIMARY APPLICATIONS DRY FILTRATION PRIMARY APPLICATIONS DRY FILTRATION
PROPERTY U.S. SYSTEM PROPERTY U.S. SYSTEM
FIBER CONTENT 100% ACRYLIC FIBER CONTENT 100% ACRYLIC
CONSTRUCTION NEEDLE PUNCHED, SCRIM-SUPPORTED CONSTRUCTION NEEDLE PUNCHED, SCRIM-SUPPORTED
WEIGHT 16 OZ./SQ YD. NOM. WEIGHT 18 OZ./SQ YD. NOM.
THICKNESS 0.075" - 0.095" THICKNESS 0.080" - 0.110"
FINISH SINGED FINISH SINGED
MULLEN 450 PSI MIN. MULLEN 450 PSI MIN.
PERMEABILITY 20 - 40 CFM @ 0.5" W.G. PERMEABILITY 15 - 45 CFM @ 0.5" W.G.
TEMPERATURE 250°F CONTINUOUS TO 275°F SURGE TEMPERATURE 250°F CONTINUOUS TO 275°F SURGE

14 oz. EPITROPIC

16 oz. EPITROPIC
STYLE EP14SS STYLE EP16SS
PRIMARY APPLICATIONS DRY FILTRATION PRIMARY APPLICATIONS DRY FILTRATION
PROPERTY U.S. SYSTEM PROPERTY U.S. SYSTEM
FIBER CONTENT 97% POLYESTER / 3% EPITROPIC FIBER CONTENT 100% POLYESTER / 3% EPITROPIC
CONSTRUCTION NEEDLE PUNCHED, SCRIM-SUPPORTED CONSTRUCTION NEEDLE PUNCHED, SCRIM-SUPPORTED
WEIGHT 14 OZ./SQ YD. NOM. WEIGHT 16 OZ./SQ YD. NOM.
THICKNESS 0.065" NOM. THICKNESS 0.065" NOM./td>
FINISH SINGED FINISH SINGED
MULLEN 325 PSI MIN. MULLEN 325 PSI MIN.
PERMEABILITY 30 - 40 CFM @ 0.5" W.G. PERMEABILITY 25 - 35 CFM @ 0.5" W.G.
TEMPERATURE 275°F CONTINUOUS TO 300°F SURGE TEMPERATURE 275°F CONTINUOUS TO 300°F SURGE

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]]> Filter Media https://www.standardfilter.com/products/filter-media/ Fri, 04 Aug 2023 08:10:55 +0000 https://www.standardfilter.com/?post_type=products&p=3094 Filter Media Low Temperature Materials High Temperature Materials Specialty Materials Low Temperature Materials Specifications Filter Media Chemical Resistance Chart POLYESTER FELT/DACRON® Recommended continuous operation temperature: 275°F Maximum (short time) operation temperature: 300°F Supports combustion: Yes Biological resistance (bacteria,mildew): No Effect Resistance to alkalies: Fair Resistance to mineral acids: Fair+ Resistance to organic acids: Fair Resistance ... Read more

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Filter Media

Low Temperature Materials

POLYESTER FELT/DACRON®

Recommended continuous operation temperature: 275°F
Maximum (short time) operation temperature: 300°F
Supports combustion: Yes
Biological resistance (bacteria,mildew): No Effect
Resistance to alkalies: Fair
Resistance to mineral acids: Fair+
Resistance to organic acids: Fair
Resistance to oxidizing agents: Good
Resistance to organic solvents: Good
Available weights: 10 oz. - 22 oz.

POLYPROPYLENE FELT

Recommended continuous operation temperature: 190°F
Maximum (short time) operation temperature: 210°F
Supports combustion: Yes
Biological resistance (bacteria,mildew): Excellent
Resistance to alkalies: Excellent
Resistance to mineral acids: Excellent
Resistance to organic acids: Excellent
Resistance to oxidizing agents: Good
Resistance to organic solvents: Excellent
Available weights: 12 oz. - 18 oz.

COMBO FELT

Recommended continuous operation temperature: 210°F
Maximum (short time) operation temperature: 225°F
Supports combustion: Yes
Biological resistance (bacteria,mildew): Good
Resistance to alkalies: Good
Resistance to mineral acids: Good
Resistance to organic acids: Good
Resistance to oxidizing agents: Good
Resistance to organic solvents: Good
Available weights: 12 oz. - 18 oz.

High Temperature Materials

CONEX® /NOMEX® FELT/ (Aramid)

Recommended continuous operation temperature: 400°F
Maximum (short time) operation temperature: 425°F
Supports combustion: No
Biological resistance (bacteria,mildew): No Effect
Resistance to alkalies: Good
Resistance to mineral acids: Fair
Resistance to organic acids: Fair+
Resistance to oxidizing agents: Poor
Resistance to organic solvents: Good
Available weights: 10 oz. - 22 oz.

P84® FELT/POLYIMIDE

Recommended continuous operation temperature: 450°F
Maximum (short time) operation temperature: 475°F
Supports combustion: No
Biological resistance (bacteria,mildew): No Effect
Resistance to alkalies: Fair
Resistance to mineral acids: Good+
Resistance to organic acids: Good+
Resistance to oxidizing agents: Good+
Resistance to organic solvents: Excellent
Available weights: 14 oz. - 18 oz.

TORCON®/PROCON® FELT/PPS (fka RYTON®)

Recommended continuous operation temperature: 375°F
Maximum (short time) operation temperature: 400°F
Supports combustion: No
Biological resistance (bacteria,mildew): No Effect
Resistance to alkalies: Excellent
Resistance to mineral acids: Excellent
Resistance to organic acids: Excellent
Resistance to oxidizing agents: Fair
Resistance to organic solvents: Excellent
Available weights: 16 oz. - 18 oz.

Specialty Materials

CAPTURE PE16ZD

Recommended continuous operation temperature: 275°F
Maximum (short time) operation temperature: 300°F
Supports combustion: Yes
Biological resistance (bacteria,mildew): Good+
Resistance to alkalies: Fair
Resistance to mineral acids: Good+
Resistance to organic acids: Excellent
Resistance to oxidizing agents: Good
Resistance to organic solvents: Good+
Available weights: 16 oz

HOMOPOLYMER ACRYLIC FELT

Recommended continuous operation temperature: 250°F
Maximum (short time) operation temperature: 275°F
Supports combustion: Yes
Biological resistance (bacteria,mildew): Good+
Resistance to alkalies: Fair
Resistance to mineral acids: Good+
Resistance to organic acids: Excellent
Resistance to oxidizing agents: Good
Resistance to organic solvents: Good+
Available weights: 15 oz. - 18 oz.

ANTI-STATIC FELT with Stainless Steel

Recommended continuous operation temperature: 275°F
Maximum (short time) operation temperature: 300°F
Supports combustion: Yes
Biological resistance (bacteria,mildew): No Effect
Resistance to alkalies: Fair
Resistance to mineral acids: Fair+
Resistance to organic acids: Fair
Resistance to oxidizing agents: Good
Resistance to organic solvents: Good
Available weights: 16 oz.

WOVENS

ACRYLIC POLYESTER
COTTON POLYPROPYLENE
FIBERGLASS RYTON®
NOMEX®/CONEX® TEFLON®

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]]> Wire Cages https://www.standardfilter.com/products/wire-cages/ Fri, 04 Aug 2023 07:45:53 +0000 https://www.standardfilter.com/?post_type=products&p=3076 Wire Cages Standard Filter supplies 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, ... Read more

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Wire Cages

Standard Filter supplies 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.

Top load cages are available with a T-flange, ring top or several styles of rolled flange tops. Cage diameters range from 4″ to 6 1/8″. Wire thickness ranges are; 9 gauge, 10 gauge and 11 gauge.

Bottom load cages are constructed with a split collar or split ring top. Cage diameters range from 4″ to 6 1/8″. Wire thickness ranges are 9 gauge, 10 gauge and 11 gauge.

For more efficient cleaning, venturis are available for all diameter cages. Venturis come in 3″ to 6″ lengths. Venturis are made in a variety of materials; aluminum, carbon steel, galvanized and stainless steel.

Standard Filter also supplies oval cages, please call for details.

If you have special cage requirements, contact us. In most cases we customize a cage to fulfill your needs.

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]]> Filter Cartridges and Pleated Bags https://www.standardfilter.com/products/filter-cartridges-pleated-bags/ Thu, 03 Aug 2023 10:13:12 +0000 https://www.standardfilter.com/?post_type=products&p=3055 Filter Cartridges and Pleated Bags Standard Filter offers a wide variety of industrial and commercial cartridge filters. In most cases cartridges can be custom made in various sizes and constructions to fit your specific requirements, along with high temperature capabilities, fire retardant, PTFE membrane, conductive and high efficiency type materials. Standard Filter also provides various ... Read more

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Filter Cartridges and Pleated Bags

Standard Filter offers a wide variety of industrial and commercial cartridge filters. In most cases cartridges can be custom made in various sizes and constructions to fit your specific requirements, along with high temperature capabilities, fire retardant, PTFE membrane, conductive and high efficiency type materials. Standard Filter also provides various pleat spacings and pleat depths.

Below is a brief listing of available filter materials and top and bottom constructions.

Samples of the 100% Cellulose, 80%/20% Cellulose/Polyester and Spun Bond Polyester materials are available upon request.

Standard Filter provides cartridges for many cartridge type collectors including the following:

  • Paper

100% Cellulose; 80/20 Cellulose/Polyester; 50/50 Cellulose/Polyester; 100% Cellulose Flame Retardant

  • Synthetic

100% Spun Bond Polyester; 100% Spun bond Polyester w/PTFE; 100% Polyester Hydro/Oleophobic

  • Felt
All types, please call for details
  • Tops

Round; 14″x16″ Rectangular; Flange Screw Mount; Gaskets

  • Bottoms

Open; Closed; Closed with Bolt Hole

  • Supports
Various internal and external supports are available upon request

Filter Cartridge Specifications

100% Cellulose
Basis Weight (lbs per 3000 sq. ft.) 79 lbs.
Frazier Permeability (CFM/sq. ft. at 0.5 inch H2O) 12
Caliper Overall (inches) 0.015
Corrugation Depth (inches) 0.032
Mullen Burst Dry (PSI) 54
Temperature Limit 200° F
80% - 20% Cellulose/Polyester
Basis Weight (lbs per 3000 sq. ft.) 80 lbs
Frazier Permeability (CFM/sq. ft. at 0.5 inch H2O) 14
Caliper Overall (inches) 0.029
Corrugation Depth (inches) 0.017
Mullen Burst Dry (PSI) 50
Temperature Limit 200° F
Spun Bond Polyester
Basis Weight (lbs Per 3000 sq. ft.) 81 lbs.
Frazier Permeability (CFM/sq. ft. at 0.5 inch H2O) 28-33
Mullen Burst Dry (PSI) 287
Temperature Limit 275°
Efficiency (depending on application) 0.9995
Temperature Limit 200° F

Standard Filter supplies aftermarket cartridges and pleated bags for numerous OEM collectors. Here are just a few:

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]]> Hardware and Accessories https://www.standardfilter.com/products/hardware-accessories/ Thu, 03 Aug 2023 09:55:09 +0000 https://www.standardfilter.com/?post_type=products&p=3004 Hardware and Accessories Diaphram Valves / Pilot Solenoid Valves Quick Release Clamps Eye Bolt Caps / Hangers Eye Bolt Caps / Hangers Gauges Broken Bag Detector Goyen Bulk Head Connectors Rca Goyen Flanged Valves Rca Goyen Threaded Valves Goyen 4 Series Pulse Jet Valves Information Quick Release Clamps Diameter Range Clamp Number 500-072 500-104 500-128 ... Read more

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Hardware and Accessories

  • Diaphram Valves / Pilot Solenoid Valves
  • Quick Release Clamps
  • Eye Bolt Caps / Hangers
  • Eye Bolt Caps / Hangers
  • Gauges
  • Broken Bag Detector

Quick Release Clamps

Diameter Range

Clamp Number

  • 500-072
  • 500-104
  • 500-128
  • 500-152
  • 500-188
  • 620-390

Minimum

  • 2.0000
  • 1.7500
  • 1.7500
  • 2.0000
  • 2.0625
  • 22.8750

Maximum

  • 5.0000
  • 7.0000
  • 8.5625
  • 10.0000
  • 12.3125
  • 24.8750
With Standard Filter’s Snap-Lock clamps, installation time is reduced considerably over that of traditional worm gear clamps. Simply insert the band, pull tight, lock and with 2-3 turns of the screwdriver you’re set. The clamp features a 1/2″ 301 stainless steel band, 410 stainless steel bridge and a 5/16″ hexhead screw.
Clamps are used on raw edge top bags or cord bottom bags fitted to a thimble.
Additional sizes are available upon request.

Eye Bolt Caps / Hangers

  • Eye Bolt Caps
Replacement caps for reverse-air baghouses are available from Standard Filter. We carry various sizes from 5″ diameter through 12″ diameter in both 18 gauge and 20 gauge carbon steel. Eye bolt configurations can be made opened or closed to match your bag hanging hardware. We also supply stainless steel and galvanized caps for areas where corrosion is present.
  • Hangers
Standard Filter provides a variety of different types of hangers; single loop, double loop and coined loop just to name a few. Hangers are constructed of 3/16″ diameter wire and available in both carbon and stainless steel.

Venturis / SonitecT Nozzles

Venturis adds to the cleaning efficiency of pulse-jet baghouses. Standard Filter offers a wide variety of styles and sizes for both top and bottom removal cages. We supply either spun or cast venturis manufactured from carbon steel, stainless steel, aluminum or galvanized steel.
Also available from Standard Filter is an alternative to venturis:
Venturis
SonitecT 2000 Nozzles
SonitecT 2000 Nozzles
These may be used for new and retrofit installations. No more venturis means a larger flow area and less pressure drop without sacrificing cleaning efficiency. The concentrated air blast from the SonitecT 2000 provides cleaning action for bags up to 20 feet in length. SonitecT Nozzles screw directly into the blow-pipe and never need replacing.
Available in brass or stainless steel.

Gauges

Magnehelic Differential Pressure Gauges

Photohelic Differential Pressure GaugesSwitch

All specifications subject to change in order to improve product performance.

Broken Bag Detector

What It Does

  • Continuously monitors for filter media leakage.
  • Indicates relative condition of bags.
  • Acts as a preventative maintenance tool.
Download the PDF below to read the full description and specs.
Click Here for a Quote on Parts and Accesories!

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]]> Maintenance Powder https://www.standardfilter.com/products/maintenance-powder/ Thu, 03 Aug 2023 07:48:57 +0000 https://www.standardfilter.com/?post_type=products&p=2989 Maintenance Powder PRE-GUARD™ (Prestart Powder) is used as an initial control layer on the filter bags. It also helps in the release of the dust cake during the cleaning cycle, improves initial efficiencies and protects the bags during critical initial startup after rebagging. Prestart powder is packaged in 34 lb. bags. (Covers 680 sq. ft. ... Read more

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Maintenance Powder

PRE-GUARD™ (Prestart Powder) is used as an initial control layer on the filter bags. It also helps in the release of the dust cake during the cleaning cycle, improves initial efficiencies and protects the bags during critical initial startup after rebagging.

Prestart powder is packaged in 34 lb. bags. (Covers 680 sq. ft. of cloth)

  • Formula for Prestart Powder
Diameter. of bag in inches X 3.14 X length of bag in inches X quantity of bags divided by 144 = total sq. ft. of filter cloth area. Since 1 lb. of prestart powder per 20 sq. ft. of filter cloth is required, then divide total sq. ft. by 20 to give you the total amount of pounds required for test.

Leak Detection Powder

LDP™ (Leak Detection Powder) is an aid in finding thosetroublesome leaks in your baghouse. By injecting the leak detecting powder into the baghouse inlet, the powder will travel throughout your baghouse. By using a backlight, the leaking area shows up as a bright colored powder marking.

Packaged 4-1 gal. cans, 25 gal. pail or 55 gal. drum.

To determine the quantity of prestart powder and leak detection powder needed, simply follow the formulas below:

  • Formula for Leak Detection Powder

Dia. of bag in inches X 3.14 X length of bag in inches X quantity of bags divided by 144 = total sq. ft. of filter cloth area. Since 1 lb. of leak detection powder per 1,000 sq. ft. of filter cloth is required, then divide total sq. ft. by 1,000 to give you the total amount of pounds required for the test.

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]]> HEPA Filters https://www.standardfilter.com/products/hepa-filters/ Thu, 03 Aug 2023 07:12:13 +0000 https://www.standardfilter.com/?post_type=products&p=2976 HEPA Filters Standard Filter has HEPA filters for those applications where extreme particulate control is needed. Whether it’s after-filter capture or clean room we have the HEPA units you need. Efficiency ranges in three increments of 99.97%, 99.99% and 99.999%. Search Terms 51347, RGF226M, Click Here for a Quote On HEPA Filters!

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HEPA Filters

Standard Filter has HEPA filters for those applications where extreme particulate control is needed. Whether it’s after-filter capture or clean room we have the HEPA units you need. Efficiency ranges in three increments of 99.97%, 99.99% and 99.999%.
  • Search Terms
51347, RGF226M,
Click Here for a Quote On HEPA Filters!

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]]> Filter Media Chemical Resistance Chart https://www.standardfilter.com/products/filter-media-chemical-resistance-chart/ Wed, 21 Nov 2018 19:38:03 +0000 https://www.standardfilter.com/?post_type=products&p=621 Filter Media Chemical Resistance Chart Note:G = Good, F = Fair, X = Not recommended,- = No data available Polyester Polypro Nylon-6 Aramid/Nx Acrylic Modacrylic PVC PVDC PTFE/Teflon PPS/Ryton Glass Cotton Wool Temperature Limit �F 266 212 212 392 284 158 140 140 428 356 500 212 194 Temperature Limit �C 130 100 100 200 ... Read more

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Filter Media Chemical Resistance Chart

Note:G = Good, F = Fair, X = Not recommended,- = No data available Polyester Polypro Nylon-6 Aramid/Nx Acrylic Modacrylic PVC PVDC PTFE/Teflon PPS/Ryton Glass Cotton Wool
Temperature Limit �F 266 212 212 392 284 158 140 140 428 356 500 212 194
Temperature Limit �C 130 100 100 200 140 70 60 60 220 180 260 100 90
Resistance to Acid                          
Hydrochloric G G X X G G G G G G F X F
Sulfuric F G X X G G G G G G F X F
Nitric F G X X G G F G G F G X F
Chromic G G X X G G G G G X G X X
Aqua Regina F G X X G F G G G X G X X
Acetic G G F F G G G G G G G G F
Formic G G F F G G G G G - G F F
Hydrofluoric F X - - - - - - - - - - -
Phosphoric G X - - - - - - - - - - -
Note:G = Good, F = Fair, X = Not recommended,- = No data available Polyester Polypro Nylon-6 Aramid/Nx Acrylic Modacrylic PVC PVDC PTFE/Teflon PPS/Ryton Glass Cotton Wool
Resistance to Alkali                          
Ammonium Hydroxide X F F F F F G F G G G F X
Sodium Hydroxide X G F F F F G G G G X G X
Potassium Hydroxide X F F F X F G F G G X G X
Note:G = Good, F = Fair, X = Not recommended,- = No data available Polyester Polypro Nylon-6 Aramid/Nx Acrylic Modacrylic PVC PVDC PTFE/Teflon PPS/Ryton Glass Cotton Wool
Resistance to Salt                          
Calcium Chloride G G X F G G G G G - F G F
Sodium Acetate G G - - - - - - - - - - -
Sodium Benzoate G G - - - - - - - - - - -
Sodium Bisulphate G G - - - - - - - - - - -
Sodium Bromide G G - - - - - - - - - - -
Sodium Cyanide G G - - - - - - - - - - -
Aluminum Chloride G G - G - - - - - - - - -
Ammonium Chloride G G - G - - - - - - - - -
Barium Chloride G G - - - - - - - - - - -
Ferric Chloride G G - - - - - - - - - - -
Magnesium Chloride G G - - - - - - - - - - -
Sodium Nitrate G G - - - - - - - - - - -
Aluminum Sulphate G G - G - - - - - - - - -
Copper Sulphate G G - - - - - - - - - - -
Sodium Sulphate G G - - - - - - - - - - -
Sodium Sulphide G G - - - - - - - - - - -
Sodium Chloride G G G G G G G G G - F G G
Zinc Chloride X G X F F G G G G - G F X
Note:G = Good, F = Fair, X = Not recommended,- = No data available Polyester Polypro Nylon-6 Aramid/Nx Acrylic Modacrylic PVC PVDC PTFE/Teflon PPS/Ryton Glass Cotton Wool
Resistance to Oxidizing Agent                        
Peracetic Acid F G - - - - - - - - - - -
Potassium Bichromate G G - - - - - - - - - - -
Sodium Chlorite X G - - - - - - - - - - -
Potassium Chlorite F G - - - - - - - - - - -
Ozone G F - - - - - - - - - - -
Potassium Permanganate G G - - - - - - - - - - -
Iodine Solution F G - - - - - - - - - - -
Calcium Hypochlorite G G - - - - - - - - - - -
Hydrogen Peroxide F G F - G G G G G - G G X
Sodium Hypochlorite G X F F G G G G G - X F X
Chlorine F G X X F F G X G - X F X
Fluorine F G X - F F - X G - X X X
Note:G = Good, F = Fair, X = Not recommended,- = No data available Polyester Polypro Nylon-6 Aramid/Nx Acrylic Modacrylic PVC PVDC PTFE/Teflon PPS/Ryton Glass Cotton Wool
Resistance to Organic Solvent                        
Acetone G F G G G X X X G - G G G
Carbon Tetra-Chlorite G F G G G G F G G G G G F
Ethyl Alcohol G G G G G F G G G G G G F
MEK G F G G G X X F G - G - -
Tri-Chloro Ethylene G F G G G G F G G - G G G
Amyl Acetate G G - - - - - - - - - - -
Butyl Acetate G F - - - - - - - - - - -
Ethyl Acetate G F - - - - - - - - - - -
Amyl Alcohol G G - - - - - - - - - - -
Methyl Alcohol G G - - - - - - - - - - -
Benzene G F - - - - - - - - - - -
Carbon Bisulfide F X - - - - - - - - - - -
Cyclohexanone G F - - - - - - - - - - -
Chloroform G X - - - - - - - - - - -
Ethyl Chloride G F - - - - - - - - - - -
Ether Benzene G X - - - - - - - - - - -
Ethyl Ether G F - - - - - - - - - - -
Diethylene Glycol F G - - - - - - - - - - -
Ethylene Glycol F G - - - - - - - - - - -
Propylene Glycol F G - - - - - - - - - - -
Methyl Ethyl Acetone G F - - - - - - - - - - -
Xylene G X - - - - - - - - - - -
Toluene G X G G G G F F G F G G G
DEG G G G G G G F G G - G - -
Note:G = Good, F = Fair, X = Not recommended,- = No data available Polyester Polypro Nylon-6 Aramid/Nx Acrylic Modacrylic PVC PVDC PTFE/Teflon PPS/Ryton Glass Cotton Wool
Resistance to Organic Acids                        
Acetic G G - - - - - - - - - - -
Benzoic G G - - - - - - - - - - -
Butyric G G - - - - - - - - - - -
Formic G G - - - - - - - - - - -
Phtalic G G - - - - - - - - - - -
Lactic G G - - - - - - - - - - -
Oieic G F - - - - - - - - - - -
Oxalic G F - - - - - - - - - - -
Salicylic F G - - - - - - - - - - -
Note:G = Good, F = Fair, X = Not recommended,- = No data available Polyester Polypro Nylon-6 Aramid/Nx Acrylic Modacrylic PVC PVDC PTFE/Teflon PPS/Ryton Glass Cotton Wool
Resistance to Mineral Oil G G G G G G G G G G G G G
                         
Resistance to Bases                          
Calcium Carbonate G G - - - - - - - - - - -
Potassium Carbonate G G - - - - - - - - - - -
Sodium Carbonate F G - - - - - - - - - - -
Ammonium Hydroxide G G - - - - - - - - - - -
Calcium Hydroxide G G - - - - - - - - - - -
Potassium Hydroxide X G - - - - - - - - - - -
Sodium Hydroxide X G - - - - - - - - - - -
Note:G = Good, F = Fair, X = Not recommended,- = No data available Polyester Polypro Nylon-6 Aramid/Nx Acrylic Modacrylic PVC PVDC PTFE/Teflon PPS/Ryton Glass Cotton Wool
Miscellaneous                          
Acetaldehyde (in water) F F - - - - - - - - - - -
Aniline G F - - - - - - - - - - -
Benzaldehyde (in water) G F - - - - - - - - - - -
Cresol F F - - - - - - - - - - -
Phenol X X - - - - - - - - - - -
Formaldehyde G F - - - - - - - - - - -
Glycerine G G - - - - - - - - - - -
Naphtha G G - - - - - - - - - - -
Nitrobenzene F G - - - - - - - - - - -
Tricresyl Phosphate G X - - - - - - - - - - -
                           
 

Polyamide Nylon

Polypro

Polyester

Acrylic Copolymer

Homopolmer Acrylic

Ryton

Nomex

P84

Teflon
                   
Continuous operating 200 ° F 200 ° F 270° F 248° F 260° F 375° F 400° F 500° F 500° F
temperature, dry heat 94° C 94° C 132° C 120° C 125° C 190° C 204° C 232° C 260° C
                   
Water vapor saturated 200° F 200° F 200° F 230° F 260° F 375° F 350° F 383° F 500° F
environment, moist heat 94° C 94° C 94° C 110° C 125° C 190° C 177° C 195° C 260° C
                   
Specific gravity 1.14 0.9 1.38 1.16 1.17 1.38 1.38 1.41 2.3
                   
Relative moisture regain (%)                  
68° F and 85% moisture 4.0 to 4.5 0.1 0.4 1 1 0.6 4.5 3 0
                   
Supports resistance YES YES YES NO YES NO NO NO NO
                   
Microbial resistance No effect Excellent No effect Very Good Very Good No effect No effect No effect No effect
                   
Alkalies Good Excellent Fair Fair Fair Excellent Good Excellent Excellent
                   
Mineral Acids Poor Excellent Fair Good Very Good Excellent Fair Very Good Excellent
                   
Organic acid Poor Excellent Fair Good Excellent Excellent Fair Good Excellent
                   
Oxidizing agents Fair Good Good Good Good Excellent Poor Very Good Excellent
                   
Organic solvents Very Good Excellent Good Very Good Very Good Excellent Very Good Excellent Excellent
                   
                   
TREATMENT & BLENDS                  
                   
Treatment   Purpose of treatment   Appicale media    
                   
Singed   Enhances cake release   All except Nylon, PTFE, and Ryton  
                   
Glazed (eggshell)   Enhances cake release   Polyester and Polypropylene  
                   

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