GORE Case Studies
Reduce Condensation in Sealed Enclosures
How to Extend the Service Life of LED Outdoor Lighting
Increase Service Life of Solar Tracking Systems by Equalizing Pressure
Improve Lighting Reliability by Equalizing Pressure
Efficiency of LED luminaires significantly increased
Increase Performance of Protective Cases by Eliminating Vacuum
Impact of Pressure Changes on Sealed Enclosures
Eliminate Internal Vacuum to Prevent Water Damage and Corrosion
Improve Lighting Performance by Reducing Condensation
Halogen Lamp Withstands Extreme Weather Conditions On Deck
Improve Antenna Alignment Monitoring by Reducing Condensation
Ensure RF System Reliability with the Right IP Rating for Heavy Rain Conditions
Reliability Testing of GORE® Protective Vents in Telecommunications Enclosures
Quality Assurance Testing for Adhesive Vents
Unknown Problem with Airtight Enclosures
Condensation Reduction in Security Cameras: Comparative Performance of GORE® Protective Vents versus Desiccants
Impact of Environmental Hazards on Internal Soiling Within Concentrator Photovoltaic (CPV) Modules
Reliability Testing of GORE® Protective Vents in LED Luminaires
Reliability in Network Infrastructure
Temperature Cycling Tests to Evaluate Product Life
Equalize Pressure to Ensure Reliable LED-Based Outdoor Luminaires
Under Pressure – Stress Reducing Tactic for Enclosures
Pressure Equalization for Extended Life – A 5 Year Study of Gore Protective Vents
GORE® Protective Vents Enable Battery Outgassing in Waterproof Enclosures
GORE® Protective Vents for Heavy Duty Equipment