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Nanofiber Technology
Advanced Nanofiber Filtration Technology
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The finest fibers and highest MERV rating make this the BEST Nanofiber Cartridge Media available anywhere. Welcome to the Next Generation of dust collection media technology.

Features / Benefits

  • The industries smallest available fibers provide the best available filtration efficiency on the sub micron particulate - MERV15
  • Nanofibers allow for surface loading filtration - EASY PULSE CLEANING
  • Lower initial pressure drop and over the life of the filter
  • Unmatched release properties will offer reduced cleaning cycles
  • Saves compressed air and energy cost
  • Reduced outlet emissions = Cleaner Air
  • Less pulsing and stress = Longer Filter Life
  • Reduced downtime
Annual Cost and Ownership Savings
* Based on dust collection system running 4,160 hr/year and energy cost of 10 cents/kWh
The New Nanofiber technology allows for the filter to surface load resulting in lower pressure drop, less pulse cleaning cycles and longer filter life. The Clark Filter Nanofibers are 50% smaller than the Ultra-Web® fibers and as a result, outperform all other nanofiber offerings in the marketplace.

Upgrade from the industry standard and allow your system to run at its optimal potential!
The Nanofiber is 50% more efficient
on 0.3 to 1.0 micron particulate than the competition.
Advanced NanofiberTechnology Outperforms Farr's HemiPleat™
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Clark Filter is manufacturing The Most Advanced Nanofiber Filtration Technology media and pleated cartridge elements for use in Farr APC Brand Dust Collectors. Clark Filter’s Advanced Nanofiber has the finest fibers and highest MERV rating in the industry. Advanced Nanofiber Technology will increase efficiency, reduce emissions and lengthen filter service life in your Farr APC Brand Dust Collector.
Features / Benefits
  • The industries smallest available fibers provide the best available filtration efficiency on submicron particulate – MERV15
  • Nanofibers allow for surface loading filtration – EASY PULSE CLEANING
  • Lower initial & operating pressure drop
  • Unmatched release properties will offer reduced cleaning cycles
  • Saves compressed air and energy cost
  • Reduced outlet emissions = CLEANER AIR
  • Less pulsing and stress = Longer Filter Life
  • Reduced downtime
  • Fewer filter changes = Lower Disposal Cost
Independent lab tests show that Clark Filter’s Advanced NanofiberTechnology is the only cartridge with a MERV 15 rating based on ASHRAE Test Standard 52.2. Advanced NanofiberTechnology is more than 50% more efficient on 0.3 –1.0 micron particulate than the Farr Hemipleat™.
In full lab testing utilizing an eight (8) cartridge dust collector, Clark Filter’s Advanced NanofiberTechnology stabilized at a much lower pressure drop than the competition, requiring less pulse cycles. The Farr HemiPleat™ pulsed 94% more often than Advanced NanofiberTechnology. Less pulsing saves compressed air and reduces stress on the filter leading to a longer filter service life.
In full lab testing utilizing an eight (8) cartridge dust collector and atomitefor test dust, Clark Filter’s Advanced NanofiberTechnology emitted 97% less contaminant than the Farr HemiPleat™. The key is the nanofibernot the substrate. Superior submicron (0.3 –1.0 microns) particle capture leads to lower emissions of contaminant.
Advanced Nanofiber Technology Outperforms Standard Cartridges
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Clark Filter is manufacturing The Most Advanced Nanofiber Filtration Technology media and pleated cartridge elements for use in most major brands of cartridge style dust collectors. Clark Filter’s Advanced Nanofiber has the finest fibers and highest MERV rating in the industry. Advanced Nanofiber Technology will increase efficiency, reduce emissions and lengthen filter service life in your cartridge style dust collector.
Features / Benefits
  • The industries smallest available fibers provide the best available filtration efficiency on submicron particulate – MERV15
  • Nanofibers allow for surface loading filtration – EASY PULSE CLEANING
  • Lower initial & operating pressure drop
  • Unmatched release properties will offer reduced cleaning cycles
  • Saves compressed air and energy cost
  • Reduced outlet emissions = CLEANER AIR
  • Less pulsing and stress = Longer Filter Life
  • Reduced downtime
  • Fewer filter changes = Lower Disposal Cost
Independent lab tests show that Clark Filter’s Advanced Nanofiber Technology is the only cartridge with a MERV 15 rating based on ASHRAE Test Standard 52.2. Advanced Nanofiber Technology is 50% more efficient on 0.3 –1.0 micron particulate than the competition. Smaller diameter fibers equal a higher efficiency and lower resistance to airflow.
In full lab testing utilizing an eight (8) cartridge dust collector, Clark Filter’s Advanced Nanofiber Technology stabilized at a much lower pressure drop than the competition’s standard filter media, requiring less pulse cycles. Standard media pulsed 85 -94% more often than Advanced Nanofiber Technology. Less pulsing saves compressed air and reduces stress on the filter leading to a longer filter life.
In full lab testing utilizing an eight (8) cartridge dust collector and atomite for test dust, Clark Filter’s Advanced Nanofiber Technology emitted 75 -97% less contaminant than any standard media tested. The key is the nanofiber not the substrate. Superior submicron (0.3 –1.0 microns) particle capture leads to lower emissions of contaminant.
Clark Filter Dust Collection Cartridge Application Matrix
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Cartridge Filter Description General Usage Temp. Washable Typical Applications
Nanofiber For most applications 180°F No Abrasive blasting, carbon black, powder paints, dry chemical processing, pharmaceuticals etc.
Nanofiber FR For applications where live sparks could enter the dust collector. Will not suppress fires if collected materials are combustible. 180°F No Welding flame cutting, plasma cutting, laser cutting, metal spraying, ferrous metal grinding, etc.
Nanofiber Wide Pleat For applications where larger or irregularly shaped particles could enter the dust collector. 180°F No Fiberglass and composites grinding, leather finishing, grain handling, buffing, tobacco processing, wood sanding, etc.
Nanofiber FR Wide Pleat For applications where live sparks or irregularly shaped particles could enter the dust collector. Will not suppress fires if collected material is combustible. 180°F No Course grinding or ferrous metals, etc.
High Efficiency, Composite Cellulose and Polyester Fibers For most applications. 180°F No Abrasive blasting, carbon black, powder paints, dry chemical processing, pharmaceuticals, , battery recycling, foundry, mining, etc.
High Efficiency, Composite Cellulose and Polyester fibers. Treated to be Fire Retardant For applications where live sparks could enter the dust collector. Will not suppress fires if collected materials are combustible. 180°F No Welding flame cutting, plasma cutting, laser cutting, metal spraying, ferrous metal grinding, etc.
High Efficiency, Composite Cellulose and Polyester fibers. Wide pleat spacing for better dust release. For applications where larger or irregularly shaped particles could enter the dust collector. 180°F No Fiberglass and composites grinding, leather finishing, grain handling, buffing, tobacco processing, wood sanding, etc.
High Efficiency, Composite Cellulose and Polyester fibers. Wide pleat spacing for better dust release. Treated to be Fire Retardant. For applications where live sparks or irregularly shaped particles could enter the dust collector. Will not suppress fires if collected material is combustible. 180°F No Course grinding or ferrous metals, etc.
High Efficiency, Composite Polyester and Fiberglass fibers. Wide pleat spacing for better dust release. Special media designed to be washable for reuse. For applications with larger particles or with hygroscopic or agglomerative dusts. Filter can be washed and reused. 275°F Yes Salt, sugar, clay,cocoa, coffee, detergents, milk powder, stearates, textiles, woodworking etc.
100% Spun-bond Polyester blend. For applications where high strength media and excellent release characteristics are required. 245°F Yes Cardboard, cement, cocoa, coffee, paper, rubber grinding, powder coating, polishing, etc.
100% Spun- bond Polyester blend Hydrophobic/Oleophobic treated. For applications where high strength media and excellent release characteristics are required. Water and Oil resistant. 245°F Yes Composite grinding, Textiles, Tobacco
Ultra High Efficiency, proprietary blend of spun-bond polyester substrate with a expanded PTFE surface membrane. For applications demanding extremely high filtration efficiencies or difficult dust cake release requirements. 245°F Yes Food, asbestos, pesticides, fluidized bed dryers, agglomerating materials.
High Efficiency, proprietary blend of pleatable 10 oz. Nomex® fibers. For applications with High Extreme temperatures. 375°F No Cement, Paint pigments, Coal, Gypsum
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