Dura-Life bag filters are engineered with a unique hydroentanglement process that uses water to blend the fibers. This process provides a more uniform material with smaller pores, better surface loading, and better cleaning. These advantages provide twice the operating life before bags need to be replaced due to high pressure drop. Longer life from Dura-Life bag filters lowers maintenance and operating costs and raises baghouse dust collection to a whole new level.
The Ultra-Web SB Pleated Bags option provides spunbond pleated filters with our Ultra-Web nanofiber web-like net to capture dust on the surface of the filter. These filters reduce emissions and provide longer filter life which reduces maintenance and downtime costs.
As an added feature, pleated bags are now available in a snap-in configuration, for the RF so no tools are required for installation.
Side by side, no other baghouse provides more performance than the Donaldson Torit® RF baghouse collector.
Dura-Life® Filter Bags Provide Twice the Life Over Standard
540 g/m2 / 16 oz/yd2 Polyester Bags
Traditional 540 g/m2 / 16 oz/yd2 polyester bags are produced via a needling process that creates larger pores where dust can embed into the fabric, inhibiting cleaning and reducing bag life. Dura-Life bags are engineered with a unique hydroentanglement process that uses water jets to blend the fibers. This process creates a felt with smaller pores which keeps more dust on the surface of the filter resulting in better pulse cleaning and longer bags life.
Pleated Bags with Ultra-Web® SB Provide Longer Life and
For more than two decades, Donaldson Torit has advanced the proven Ultra-Web nanofiber technology. Ultra-Web provides a very fine, continuous fiber of 0.2 - 0.3 micron in diameter to form a web-like net that traps dust on the surface of the media. Combining Ultra-Web technology with a sturdy spunbond polyester substrate, Ultra-Web SB pleated bag filters provide longer life, reduced downtime and reduced emissions.
Ultra-Web SB Pleated Bag Benefits:
|All-Welded, Knock-Down or Panelized Construction|
|Heavy-Duty 6.4 mm / 1/4 in. Tubesheet Construction|
|Air Pump (TEFC Motor Drive) for Cleaning System|
|1/3 HP TEFC Motor* for Manifold Drive|
|Involute Scroll Inlet|
|Round Outlet for RFW|
|Rectangular Outlet for RFT and RFP|
|Round Outlet for RFT|
|High Body Inlet|
|Ladders, Cages & Platform Assemblies (OSHA Compliant)|
|Stainless Steel Construction|
|Internal Service Light|
|Bags & Cages||Standard||Optional|
|Dura-Life Twice the Life Polyester Felt Oval-Shaped Bag Filters|
|Galvanized Bag Filter Cages|
|Positive Seal Boltsafe Hardware|
|Grounded Bag and Cage System|
|Ultra-Web SB Pleated Bags with Grounded Boltsafe Hardware|
|Snap-In Bags (2.4 & 3 m / 8 & 10 ft Only)|
|Ultra-Web SB Snap-In Pleated Bags|
|Variety of Bag Filter Media Options|
|Live Bottom Hopper|
|60° Conical Hoppers|
|Hopper Access Panel|
Hopper Service Port
|Hopper Level Indicators|
3 Hopper Water Overflow Check Valve
|Steel Support Legs|
|Electrical Controls, Gauges and Enclosures||Standard||Optional|
|Pulse Solenoid Valve in NEMA 9 Enclosure|
|Solid-State Timer in Type (NEMA/UL) 4 Enclosure|
|RF Electrical Control Panel|
|Top Handrail for RFT|
|Prime Coated Interior|
|Textured Multi-Coat Paint Finish with 2,000-Hour Salt Spray Performance|
|Premium Duty Paint|
|Ceramic Insulation Finish|
Q. What Is a Hydro-Entanglement Process?
A. Instead of a mechanical process using needles to entangle and compress polyester fibers into a felt material, the hydro-entanglement process uses jets of water to entable and compree the polyester fibers into felt. The process creates a material that is more uniform and provides better filtration.
Q. How Are Dura-Life Bags Different from Standard Polyester Bags?
A. Dura-Life bags are made from polyester material that is created through a hydro-entanglement process instead of a needle punch process. The hydro-entanglement process creates a more consistent and uniform filter material. The material is comparable in thickness to standard polyester, but weighs about 1/3 less. The fibers are smaller and the hydro-entanglement process creates a loftier and lighter weight fabric that filters more effectively.
A cost-effective, high performance alternative.