Pulse Cartridges available from MERV 12 to High Efficiency E12 ratings with Nan fiber. Medias perform day in and day out in some of the toughest turbine environments on earth. From the frigid cold, to scorching heat, and salt laden costal applications we have filters to take care of your application. Superior Nan fiber treated cellulose blends or synthetic bases in efficiencies from F8-E10+. Hydro and oleophobic nanofiber stops fine salt particulate and even low surface tension liquids from penetrating.
Unit of Measure

Specifications

Brands

N/A Clean Liquid Systems

Connection Size

N/A 1 in. National Pipe Thread (NPT) Up to 60 in. Flange

Minimum Efficiency Reporting Value (MERV) Rating

N/A MERV 12

Applications

Applications

N/A Blowers Compressors Engines Reverse Pulse Dust Collectors/Bag House

Additional Information

Additional Information

N/A Air Inlet Self-Cleaning (pulsed) or (static) Filtration Systems, one conical and one cylindrical filter are often paired and mounted horizontally to provide turbine protection. The conical and cylindrical pair is typical in many systems.

F9 Synthetic Filter Media
F9 Synthetic Filter Media - Hydrophobic Treated
MERV 16 Cellulose Blended Filter Media
F8 and F9 Cellulose Blended Filter Media

Intake Air applications for Stationary Engines, Gas Turbines, compressors and blowers. Several types of media can be used in the design of the intake air filter for your specific application. Impregnated Cellulose is used when moisture resistance is critical. Low energy media with acrylic resin/cellulose or PVA/Cellulose can be used in protective environments. Spun bonded, self supporting and wire backed polyester, along with microglass media are also available.
  • Cartridge filter
  • Inlet filters Panel style
  • Marine Applications
Engine Intake Housings in Carbon Steel or Stainless Steel

Pulse Cartridges available from MERV 12 to High Efficiency HEPA H12 ratings with Nan fiber

Cartridge, Conical, Flange style, Pleated bag style. Spunbond polyester, Nano applied media, Membrane media, Safety Final Filters.