Filtration

GORE® Turbine Filters

Turbine Filters

More Power, Less Wear

GORE® Turbine Filters optimize power output by eliminating performance reducing deposits in your compressor. Their outstanding H12 filtration efficiency keeps out at least 99.5% of contaminants at the most penetrating particle sizes (~0.1 micron). GORE® Turbine Filters significantly reduce your maintenance costs while increasing compressor and turbine lifetimes. They have a unique patented filter media that is waterproof and provides reliable protection from corrosive salts. GORE® Turbine Filters also directly replace your existing filters with no modifications required to filter housing.


  • How to Buy

    To purchase this product or request a quote, please contact us.

  • Brochure

    View our product brochure that explains how GORE® Turbine Filters produce increased power output by eliminating dirt and other contaminants from the turbine.


Turbine Filters
Conical & Cylindrical Filter Pairs
Filter pair consisting of one conical and one cylindrical filter for both static and pulse cleanable air intake filtration systems. High filtration efficiency (H12) combined with low pressure drop provide continuous high power output, reduced fuel costs, and increased turbine availability. Both compressor fouling and hot gas corrosion can be avoided leading to significantly reduced maintenance costs.

Turbine Filters
Conical Filter Pairs
Filter pair consisting of two conical filters for static air intake filtration systems. High filtration efficiency (H12) combined with low pressure drop provide continuous high power output, reduced fuel costs, and increased turbine availability. Both compressor fouling and hot gas corrosion can be avoided leading to significantly reduced maintenance costs.

Turbine Filters
Cylindrical Filters
Cylindrical filter cartridge for both static and pulse cleanable air intake filtration systems. High filtration efficiency (H12) combined with low pressure drop provide continuous high power output, reduced fuel costs, and increased turbine availability. Both compressor fouling and hot gas corrosion can be avoided leading to significantly reduced maintenance costs.