Filtration
From high-volume industrial emissions abatement to processing ultrapure chemicals and water for microelectronics fabrication, Gore filtration technologies are the first choice for peak performance in critical applications.
Additional applications include: direct air cooling filters for electronics cabinets, turbine filters for power generation, disc drive filters, microfiltration membranes for pharmaceutical processing, tubular backpulse filters for high flow rate solids in pulp and paper, or chlor-alkali applications.
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- Ultrapure Water
- GORE® Ultrapure Water Filters combine flow rates that are three times higher than standard filters with retention in the ultrafiltration range. This unique combination enables water system engineers to improve final product yields and increase reliability while lowering their total cost of filtration.
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- High Purity Chemical
- GORE® Bulk High Purity Chemical Filters enable higher value products and maintain capacity without capital expenditure with high flow, high retention chemical microfiltration cartridges.
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- Process Point of Use
- GORE® Microelectronics Process Filters provide improved filtration performance for point of use applications in microelectronics manufacturing with unique high flow, high retention microfiltration cartridges.
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- 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 (E12) 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.
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- Cylindrical Filters
- Cylindrical filter cartridge for both static and pulse cleanable air intake filtration systems. High filtration efficiency (E12) 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.
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- Conical Filter Pairs
- Filter pair consisting of two conical filters for static air intake filtration systems. High filtration efficiency (E12) 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.
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- V-Panel Filter
- Due to its multilayer HEPA filtration media this panel filter operates with only a single prefilter stage. High filtration efficiency (E12) 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.
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- Z-Panel Filter
- Engineered into a unique Z-shape design the multilayer HEPA filtration media allows this new panel filter to operate with only a single prefilter stage. It offers less than half the pressure drop compared to conventional micro fiberglass V-panel filter systems, but without sacrificing filter life. This results in nearly total elimination of particulates and corrosive salts entering the gas turbine. This filter is especially suitable for high airflow installations.
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- Filter Bags & Cartridges
- GORE® Filter Bags provide a thorough and reliable solution for optimizing your air filtration system.
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- Rigid Filters
- SINBRAN™ Filters are a combination of sintered, porous polyethylene and a laminated GORE® membrane. These combine the strengths of membrane filtration with those of rigid body filter.
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- Baghouse Hardware
- The filtration division of W. L. Gore & Associates, Inc. has a joint venture in Shanghai China, to better serve our customers around the globe by producing a variety of parts for baghouses including cages, venturis, pulse valves and more.
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- Crematoriums
- The GORE® REMEDIA® Catalytic Filter System is the logical choice for crematoriums small in size or limited in space.
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- Incineration
- GORE® REMEDIA® Catalytic Filter System is the simplest and most cost-effective way to meet dioxin and furan regulations.
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- Metals Processing
- When a leading aluminum recycling company needed dioxin control for a key process unit, they selected the GORE® REMEDIA™ Catalytic Filter System for easy, reliable, and cost-effective operation.
- CLEANSTREAM® Filters offer a washable high-efficiency vacuum cleaner filter to enhance the performance of your vacuum cleaner and protect it from premature wear.
- GORE™ Membrane Filter Sock and Tube assemblies provide highly efficient ePTFE membrane filtration for use in tubular backpulse liquid filtration systems.
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- Adsorbent Products
- From cell phones to network drives and global positioning systems (GPS) to laptops, these electronic devices benefit from utilizing a GORE® Disk Drive Filter in their design.
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- Particle Filtration Products
- GORE® Disk Drive Filters help to manage particle and chemical vapor challenges, helping to ensure consistent and reliable performance.
- Unlike large, energy consuming, active cooling systems, GORE® Cooling Filters enable you take full advantage of the natural thermal efficiencies of ambient air while simultaneously lowering your system costs. GORE® Direct Air Cooling Filters are smaller and have fewer parts than bulky HEX and AC units. This reduces space usage and simplifies maintenance.
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- Industrial Applications, Microelectronics, and Semiconductor Processing
- Gore® Microfiltration Media has been the product of choice for critical applications, such as semiconductor processing, for more than 30 years. Gore media is the ideal filtration membrane for the most demanding industrial filtration applications.
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- Pharmaceutical, Bioprocessing, and Food and Beverage Filtration
- GORE® Microfiltration Media products offer an excellent combination of high flow rates and reliable retention of aerosols and particles, making them a top choice for filtration and venting in pharmaceutical, biopharmaceutical, lab and analytical, food and beverage, and industrial biotechnology applications.
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- Fiberglass Filter Media
- Fiberglass is appropriate for high temperature applications (up to 500°F/260°C). It is strongly discouraged for applications where HF is present.
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- Aramid Filter Media
- Aramid has a temperature limitation of 400°F/204°C and is resistant to acid attack and hydrolysis at low temperatures. Caution should be used with Aramid in a higher temperature application when moisture or acids are present in the gas stream.
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- Polypropylene Filter Media
- Polypropylene is used for lower temperature applications (up to 160°F/71°C). It is capable of withstanding low to medium levels of acids and bases.
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- Polyester Filter Media
- Polyester can be used in applications up to 275°F/135°C under dry conditions. It is not recommended for high humidity/acid applications where temperatures are elevated due to hydrolysis of the fibers.
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- Acrylic Filter Media
- Acrylic is limited to 260°F/125°C. It is not very resistant to temperature excursions. Acrylic can be used in mild acid applications. It is beneficial in applications with frequent dew point excursions and/or high relative humidity.
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- Woven RASTEX® Filter Media
- RASTEX® PTFE fiber is beneficial in high temperature applications (up to 500°F/260°C). It is useful for chemically aggressive environments due to PTFE’s resistance to chemical attack.
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- Cement Applications
- The GORE® Mercury Control System contains high capacity abatement modules which can provide several years of operation in typical cement plant conditions before needing replacement.
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- Coal Fired Boiler Applications
- Due to the unique chemistry employed, the GORE® Mercury Control Modules have a very high capacity for mercury adsorbtion and are able to continually reduce mercury and SO2 concentrations in a gas stream for long periods of time.