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Compressed Air and Gas

Compressed air and gas is essential in many industries for its use in equipment operation, instrumentation, refrigeration and a variety of industrial processes. Clean, oil-free air or gas is a requirement to reduce maintenance and replacement costs. Unfortunately, even atmospheric air contains objectionable contaminants, in both solid and liquid forms, that must be removed prior to the use of the compressed gas. Additionally, in many compressor and vacuum packages, oil is intentionally introduced as a coolant and sealant which must also be taken out prior to air use.

  • Air Maze

  • Champion

  • Chicago

  • Consler

  • Curtis

  • Davey

  • Dollinger

  • Elliot

  • Endustra

  • Filtration Engineering

  • Gardner Denver

  • Guardian

  • Hoffman

  • Ingersoll-Rand

  • Joy

  • Kellogg

  • Kemp

  • Kinney

  • LeRoi

  • NAFCO

  • Quincy

  • Schramm

  • Shawndra

  • Solberg

  • Stoddard

  • Sullair

  • Sunshine

  • Tennant

  • Universal

  • Worthington

Heavy duty cartridges designed to deliver up to 50% greater flow capability with 100% filter area utilization.
Radial Fin Elements
 

Heavy duty cartridges designed to deliver up to 50% greater flow capability with 100% filter area utilization.

  • Absolute seal to prevent bypass of contaminant

  • Maximum surface and depth filtration for greater capacity and longer life

  • An assortment of filter media available with efficiency from 0.3 to 200-micron

  • Cleanable / recoverable

Ruggedly built pre-filters and final filters to clean the intake air before it enters your blower or compressor system. Available in a variety of media including cellulose, polyester and micro-glass.
Intake Panels
 

Ruggedly built pre-filters and final filters to clean the intake air before it enters your blower or compressor system. Available in a variety of media including cellulose, polyester and micro-glass.

  • 2” pre-filters rated at 98% efficient @ 4 and 10-micron

  • 6” and 12” final filters rated from 99.97% @ 2-micron to 99.97% @ 0.3-micron

  • Can withstand high pressure differentials

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