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Product Resources Enterprise Resources Aggregated field Body and Title SearchSortA-ZZ-ANewestOldestSort A-ZZ-ANewestOldestCategoryVents-Automotive Vents-Outdoor Electronics VentsCategory Vents-Automotive Vents-Outdoor Electronics VentsIndustryClean Energy (Hydrogen)ElectronicsIndustrial & ManufacturingIndustry Clean Energy (Hydrogen)ElectronicsIndustrial & ManufacturingProduct Name5G Antennas Thermal InsulationAbrasion Resistant Cable JacketsAcoustic Automotive VentsAcoustic Vents for Portable ElectronicsAdhesive Vents for Outdoor ElectronicsAffinity ChromatographyAircraft SealantsBattery Components Automotive VentsCable Protection SystemsCAN Bus CablesCapacitor FilmsCoaxial CablesDioxin & Furan Catalytic Filter BagsDrone CablesDrug Delivery & PackagingDVI CablesElectronics Automotive VentsEnergy Storage Battery InsulationEthernet CablesExterior Lighting Automotive VentsFiber Optic CablesFibre Channel CablesFilter BagsFilter Socks & Tube AssembliesFireWireFlat CablesForm-in-Place GasketsFuel Cell MembranesGasket Tape for GLSGasket Tape for SteelGas Turbine FiltersGeneral Purpose Microwave RFHDMI CablesHigh Flex Flat CablesHigh Performance WireHigh Pressure Composite Peristaltic Pump TubingHigh Temp & Industrial Weaving FiberHook Up WiresHybrid Round CablesLife Sciences VentingLiners for Packaging VentsLiquid Milcrofiltration MediaLow Emission Filter BagsLow Resistance Filter BagsMagnet WireMEMs Protective VentsMercury Control SystemsMIL-STD-1760 CablesMobile Devices Thermal InsulationMolded AssembliesNOx & NH3 Catalytic Filter BagsOrganic Waste CoverOutdoor & Marine Sewing ThreadOutdoor Cabinet FiltersOzonation ModulePacking FiberPeristaltic Pump Tubing for Aggressive ChemicalsPipe GasketsPlug-In Packaging VentsPower FeederPowertrain Automotive VentsPressure Vents for Portable ElectronicsProtective BraidsQuad CablesRenewable Energy StorageRuggedized Airframe Microwave RFRuggedized Test Microwave RFScrew-In Vents for Outdoor ElectronicsSemiconductor Thermal InsulationSensor Membranes for Outdoor ElectronicsSheet GasketingShielded Twisted Pair CablesSingle-use Freeze-drying TraysSingle-Use Frozen StorageSnap-In Vents for Outdoor ElectronicsSO2 Control SystemsSpace Cable AssembliesSpace Cables Type ASWSpace Cables Type CSCSpace Cables Type CSWLSpace Cables Type LEWSpace Cables Type SPMSpaceWireTrackless CablesTube-Mount Vents for Outdoor ElectronicsUltra-Clean Round CablesUSB CablesVapor Sealed Microwave RFVNA Microwave RFWater ElectrolysisWeldable Vents for Outdoor ElectronicsProduct Name 5G Antennas Thermal InsulationAbrasion Resistant Cable JacketsAcoustic Automotive VentsAcoustic Vents for Portable ElectronicsAdhesive Vents for Outdoor ElectronicsAffinity ChromatographyAircraft SealantsBattery Components Automotive VentsCable Protection SystemsCAN Bus CablesCapacitor FilmsCoaxial CablesDioxin & Furan Catalytic Filter BagsDrone CablesDrug Delivery & PackagingDVI CablesElectronics Automotive VentsEnergy Storage Battery InsulationEthernet CablesExterior Lighting Automotive VentsFiber Optic CablesFibre Channel CablesFilter BagsFilter Socks & Tube AssembliesFireWireFlat CablesForm-in-Place GasketsFuel Cell MembranesGasket Tape for GLSGasket Tape for SteelGas Turbine FiltersGeneral Purpose Microwave RFHDMI CablesHigh Flex Flat CablesHigh Performance WireHigh Pressure Composite Peristaltic Pump TubingHigh Temp & Industrial Weaving FiberHook Up WiresHybrid Round CablesLife Sciences VentingLiners for Packaging VentsLiquid Milcrofiltration MediaLow Emission Filter BagsLow Resistance Filter BagsMagnet WireMEMs Protective VentsMercury Control SystemsMIL-STD-1760 CablesMobile Devices Thermal InsulationMolded AssembliesNOx & NH3 Catalytic Filter BagsOrganic Waste CoverOutdoor & Marine Sewing ThreadOutdoor Cabinet FiltersOzonation ModulePacking FiberPeristaltic Pump Tubing for Aggressive ChemicalsPipe GasketsPlug-In Packaging VentsPower FeederPowertrain Automotive VentsPressure Vents for Portable ElectronicsProtective BraidsQuad CablesRenewable Energy StorageRuggedized Airframe Microwave RFRuggedized Test Microwave RFScrew-In Vents for Outdoor ElectronicsSemiconductor Thermal InsulationSensor Membranes for Outdoor ElectronicsSheet GasketingShielded Twisted Pair CablesSingle-use Freeze-drying TraysSingle-Use Frozen StorageSnap-In Vents for Outdoor ElectronicsSO2 Control SystemsSpace Cable AssembliesSpace Cables Type ASWSpace Cables Type CSCSpace Cables Type CSWLSpace Cables Type LEWSpace Cables Type SPMSpaceWireTrackless CablesTube-Mount Vents for Outdoor ElectronicsUltra-Clean Round CablesUSB CablesVapor Sealed Microwave RFVNA Microwave RFWater ElectrolysisWeldable Vents for Outdoor ElectronicsContent typeBrochureCase StudyData SheetVideoWhite PaperContent type BrochureCase StudyData SheetVideoWhite PaperAdhesive Vents for Outdoor ElectronicsXClear all 48 results Video Why Enclosures Fail: The Role of Venting in Electronics Reliability Learn how pressure imbalances can lead to liquid and contaminate ingress, condensation, and seal failure—and how smart venting solutions can help prevent these issues. Whether you're designing for outdoor, industrial, or sealed environments, understanding how to incorporate pressure vents into your design can make a big difference in long-term reliability.Watch video White Paper: Temperature Cycling Tests to Evaluate Product Life using GORE Protective Vents These tests of vented and non-vented IP66-rated junction boxes demonstrate that GORE® Vents can help lengthen solar equipment service life, because they preserve seal integrity, block liquids and contaminants, and effectively diffuse water vapor to minimize condensation. See more White Paper: Reliability Testing of GORE Protective Vents in Telecommunication Enclosures Both vented and non-vented IP67 telecommunications enclosures were tested for reliability after exposure to real-world challenges: sudden temperature changes, temperature changes with concurrent water exposure, and repeated cycles of hot/cold and wet/dry conditions. See more White Paper: Reliability Testing of GORE Protective Vents in LED Luminaires This 12-month test evaluates the effects of changes in temperature, pressure and humidity on two IP66-rated outdoor LED luminaires - one with a GORE Vent, one sealed. Results show that venting, to equalize internal pressures, improves luminaire reliability. See more White Paper: Reliability in Network Infrastructure using GORE Protective Vents After up to 11 years in the field, 29 tower-mounted amplifiers and combiners with GORE Vents were inspected and integrity-tested. 100% of the units exceeded recommended airflow and 90% passed the IPX7 immersion test, demonstrating the vents' exceptional See more White Paper: Impact Of Environmental Hazards On Internal Soiling Within Concentrator Photovoltaic (CPV) Modules This paper details the value of using robust, IP6Y-compliant GORE Vents to effectively block the water and contaminants that could otherwise compromise a solar module's expected 25-year lifespan. See more White Paper: How to Extend the Service Life of LED Outdoor Lighting using GORE Protective Vents This paper provides data from long-term studies that demonstrate how integrating a GORE Protective Vent can extend the life of LED outdoor luminaires, by protecting against seal-stressing pressure differentials, condensation formation and ingress of contaminants. See more White Paper: Condensation Reduction in Security Cameras, GORE Protective Vents This study compares the performance of two IP66-compliant methods for reducing condensation in security camera housings. The GORE Protective Vent was much more effective than desiccant at dissipating moisture, preventing seal failure and subsequent ingress of liquids. See more White Paper: Condensation Reduction in Security Cameras, GORE Protective Vents This study compares the performance of two IP66-compliant methods for reducing condensation in security camera housings. The GORE Protective Vent was much more effective than desiccant at dissipating moisture, preventing seal failure and subsequent ingress of liquids. See more White Paper: 8-Year Field Study Shows GORE® Protective Vents as a Lasting Safeguard An 8-year field study confirms that GORE® Protective Vents maintain airflow, water-entry pressure resistance and seal integrity in outdoor enclosures—proving reliable performance over time in real-world conditions. See more Test Data: Quality Assurance Testing for GORE Protective Vents Screw-In and Snap-In Series To ensure that our products deliver the performance and reliability that you expect, we conduct various tests and use key performance indicators during vent production. See more Technical Information: UL 94 Standard for Flammability Testing, GORE Protective Vents This document explains the Underwriters Laboratory standard for testing the flammability properties of plastic materials used for parts in devices and appliances. See more Load More /Featured Resource Progress with Purpose: Gore’s 2024 Enterprise Sustainability Update Learn More Top
Video Why Enclosures Fail: The Role of Venting in Electronics Reliability Learn how pressure imbalances can lead to liquid and contaminate ingress, condensation, and seal failure—and how smart venting solutions can help prevent these issues. Whether you're designing for outdoor, industrial, or sealed environments, understanding how to incorporate pressure vents into your design can make a big difference in long-term reliability.Watch video
White Paper: Temperature Cycling Tests to Evaluate Product Life using GORE Protective Vents These tests of vented and non-vented IP66-rated junction boxes demonstrate that GORE® Vents can help lengthen solar equipment service life, because they preserve seal integrity, block liquids and contaminants, and effectively diffuse water vapor to minimize condensation. See more
White Paper: Reliability Testing of GORE Protective Vents in Telecommunication Enclosures Both vented and non-vented IP67 telecommunications enclosures were tested for reliability after exposure to real-world challenges: sudden temperature changes, temperature changes with concurrent water exposure, and repeated cycles of hot/cold and wet/dry conditions. See more
White Paper: Reliability Testing of GORE Protective Vents in LED Luminaires This 12-month test evaluates the effects of changes in temperature, pressure and humidity on two IP66-rated outdoor LED luminaires - one with a GORE Vent, one sealed. Results show that venting, to equalize internal pressures, improves luminaire reliability. See more
White Paper: Reliability in Network Infrastructure using GORE Protective Vents After up to 11 years in the field, 29 tower-mounted amplifiers and combiners with GORE Vents were inspected and integrity-tested. 100% of the units exceeded recommended airflow and 90% passed the IPX7 immersion test, demonstrating the vents' exceptional See more
White Paper: Impact Of Environmental Hazards On Internal Soiling Within Concentrator Photovoltaic (CPV) Modules This paper details the value of using robust, IP6Y-compliant GORE Vents to effectively block the water and contaminants that could otherwise compromise a solar module's expected 25-year lifespan. See more
White Paper: How to Extend the Service Life of LED Outdoor Lighting using GORE Protective Vents This paper provides data from long-term studies that demonstrate how integrating a GORE Protective Vent can extend the life of LED outdoor luminaires, by protecting against seal-stressing pressure differentials, condensation formation and ingress of contaminants. See more
White Paper: Condensation Reduction in Security Cameras, GORE Protective Vents This study compares the performance of two IP66-compliant methods for reducing condensation in security camera housings. The GORE Protective Vent was much more effective than desiccant at dissipating moisture, preventing seal failure and subsequent ingress of liquids. See more
White Paper: Condensation Reduction in Security Cameras, GORE Protective Vents This study compares the performance of two IP66-compliant methods for reducing condensation in security camera housings. The GORE Protective Vent was much more effective than desiccant at dissipating moisture, preventing seal failure and subsequent ingress of liquids. See more
White Paper: 8-Year Field Study Shows GORE® Protective Vents as a Lasting Safeguard An 8-year field study confirms that GORE® Protective Vents maintain airflow, water-entry pressure resistance and seal integrity in outdoor enclosures—proving reliable performance over time in real-world conditions. See more
Test Data: Quality Assurance Testing for GORE Protective Vents Screw-In and Snap-In Series To ensure that our products deliver the performance and reliability that you expect, we conduct various tests and use key performance indicators during vent production. See more
Technical Information: UL 94 Standard for Flammability Testing, GORE Protective Vents This document explains the Underwriters Laboratory standard for testing the flammability properties of plastic materials used for parts in devices and appliances. See more
