Data Sheets, 553.51 KB
GORE Turbine Filters provide filtration through use of a patented multi-layer construction to capture ≥99.5% of all contaminants and block water ingestion.
Data Sheets, 442.17 KB
GORE Turbine Filters optimize power output by eliminating performance reducing deposits in your compressor section. Their outstanding H12/E12 filtration efficiency keeps out at least 99.5 % of contaminants at the most penetrating particle size (~0.1 μm). This stops power losses while reducing your fuel consumption and associated CO2 and NOx emissions. Machine availability and reliability are also significantly increased because there is no need to stop the turbine for off-line compressor washing.
Press Release
Posted June 8, 2016
W. L. Gore & Associates, Inc. (Gore) announced the GORE® TAG® Thoracic Device family has exceeded 100,000 devices distributed worldwide.
Brochures, 1.97 MB
We know filter lifetime is critical for economic value and maintenance planning in your operation. This is your guide to answering the question, “How long will GORE Filters last in my turbine?”
Knowing these frequently used terms will help you better understand the requirements of your application and how we engineer GORE® Turbine Filters to deliver superior performance.
Find out the answers to frequently asked questions, like "What are the benefits of HEPA", and "How long will my HEPA filters from Gore last?"
E12 high-efficiency particulate air (HEPA) filters from Gore are engineered to keep your turbines up and running for the long haul.
E12 HEPA filters block 99.5%, allowing 0.5%, effectively eliminating compressor fouling. The combination of hydrophobicity and high-efficiency filtration found in GORE Turbine Filters is key to protecting the turbine.
Press Release
Posted June 7, 2016
W. L. Gore & Associates, Inc. (Gore) announced completion of enrollment into its early feasibility study evaluating the GORE® EXCLUDER® Thoracoabdominal Branch Endoprosthesis (TAMBE) for the treatment of aortic aneurysms involving the visceral branch vessels.