Pleated Filters

• Micron ratings from 0.2 to 30 μm — Broad application range
• Uniform pore size — High removal efficiency
• High surface area — High Dirt Capacity
• Long service life — Minimizes maintenance costs
• Fixed pore construction — Eliminates dirt unloading at maximum differential pressure
• Small diameter fibers — High flow rates at low pressure drops

• Polyester hardware extends application range beyond the limits of polypropylene.
• Higher temperature capability of 230°F (110°C)
• Micron ratings from 0.2 to 30 μm — Broad application range
• Uniform pore size — High removal efficiency
• High surface area — High flow capability and dirt holding capacity
• Long service life — Minimizes maintenance costs
• Fixed pore construction — Eliminates dirt unloading at maximum differential pressure

• 304 stainless steel center core and end caps — allows for high temperature applications
• Micron ratings from 0.2 to 30 μm — Broad application range
• Uniform pore size — High removal efficiency
• High surface area — High flow capability and dirt holding capacity
• Long service life — Minimizes maintenance costs
• Small diameter fibers — High flow rates at low pressure drops

• 6" diameter, large geometry for high flow rates
• Absolute retention ratings from 1 to 100 microns
• Capable of flow rates up to 500 GPM in a single 60" element
• Inside-out flow retains contaminant even during changeout
• Multi layer pleated construction with optimized surface area
• Outer cage prevents media extrusion problem experienced with somecompetitive offerings
• Unique Quad Seal gasket provides maximum seal integrity
• Retrofits competitive high flow filter housings
• Thermally bonded construction

• Materials of construction allow compatibility with some chemistries not served by all polypropylene elements
• 6" diameter, large geometry for high flows
• Absolute retention ratings from 1 to 20 microns
• Capable of flow rates up to 500 GPM in a single 60" element
• Insideout flow retains contaminant even during changeout
• Outer cage prevents media extrusion problem experienced with some competitive offerings
• Unique Quad Seal gasket provides maximum seal integrity
• Retrofits competitive high flow filter housings
• Thermally bonded construction

• 6.5" diameter, large geometry for high flow rates
• Absolute retention ratings from 1 to 100 microns
• Capable of flow rates up to 80 GPM in the P2 configuration and 500 GPM in the P30 configuration
• Multilayer pleated construction with optimized surface area
• Retrofits competitive large diameter filter housings utilizing the “740” design or the large diameter 338 oring design
• Thermally bonded construction
• All polypropylene construction provides for a high level of chemical compatability

• Micron ratings from 0.2 to 100 μm — Broad application range
• “Absolute” efficiency — Rated at 99.98% (Beta 5000)
• Competitive surface area — High flow rates, and long online service — minimize maintenance cost
• Fixed pore structure — Eliminates dirt unloading at maximum differential pressure
• Polypropylene construction — Inert to many process fluids
• Various gasket/Oring materials — Compatible with a variety of fluids
• Manufactured in continuous lengths up to 40 inches

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• Micron ratings from 0.2 to 50 μm — Broad application range
• Fixed pore structures — Resists unloading of captured contaminant
• Polypropylene Construction — Inert to many process fluids
• Various Gasket/ORing materials — Compatible with a variety of fluids
• Economically efficient filtration
• Manufactured in continuous lengths up to 40 inches

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• Protects primary filters from airborne particles and dust
• Patented turbine prefilter design
• Single piece design allows for prefilter change out during power generating mode
• The easytouse telescopic tool inserts the prefilter over the primary filters quickly and easily
• No Velcro®, no tape and no bands
• All seams are ultrasonic sealed, eliminating potential leak paths
• The prefilter has removal straps that will allow the prefilter to roll and keep the dirt and dust inside
• The product is available in a variety of sizes and shapes

• Constructed of polypropylene or polypropylene and polyethersulfone — compatible with most fluids
• Double ORing style ends for the highest seal integrity
• 7.0 ft2 (0.65 m2) of effective filter area
• Various ORing materials and configurations — easily retrofits most systems
• High surface area — high flow rates and long online service

• Micron ratings from 0.2 to 20 μm — broad application range
• “Absolute” Efficiency — rated at 99.98% (Beta 5000)
• High surface area — high flow rate, and long service life — minimize maintenance cost
• Fixed pore construction — resists dirt unloading at maximum differential pressure
• Polypropylene construction — inert to many process fluids
• Various gasket/Oring materials — compatible with many fluids
• Heavy duty molded cage — high structural strength
• Highly consistent melt blown media for consistent performance

• Micron ratings from 0.1 to 10 μm — Broad application range
• High Filtration Efficiency — 95%
• Graded pore structure — Multilayer, media for high dirt holding capacity
• Fixed pore construction — Resists dirt unloading at maximum differential pressure
• Polypropylene construction — Inert to many process fluids
• Various Gasket/Oring materials — Compatible with many fluids

• Serial layered design — enhances capacity and simplifies prefiltration requirements
• Absolute rated (99.98%) — an ideal prefilter to 0.2, 0.45 and 0.65 micron membrane filters
• Fixed pore construction — resists dirt unloading at maximum differential pressure
• High surface area — high flow rate, and long service life — minimize maintenance cost
• Available with various gasket/Oring materials — compatible with many fluids

• Hybrid pleated depth construction combines graded pore structure with high surface area.
• Constructed entirely of polypropylene — Compatible with a broad range of solutions and chemicals
• Optimized pleat configuration — Provides the ideal combination of retention, flow rate and throughput
• Excellent gel and agglomerated particle retention reduces defects
• Available in common end cap configurations — Retrofits easily into most filter housings