Resource Library

Design Guide: GORE® Protective Vents - Building Enclosures That Handle Real-World Environments

Discover how to design durable electronic enclosures that withstand pressure, moisture, dust, and harsh environments with the GORE® Protective Vents Design Guide.

Data Sheet: Portfolio, Service and Partnership for Gore Gas Sensor Solutions

Gore's ePTFE membranes come with outstanding performance as gaspermeable protective membranes and as functional membranes in electrochemical€…sensor cells and similar applications.

Data Sheet: GORE® Protective Vents Adhesive Series MV3

Technical datasheet for GORE® Protective Vents Adhesive Series MV3, featuring pressure equalization, condensation control, IP-rated ingress protection, and installation guidelines.

Data Sheet: GORE Protective Vents for Gearboxes, PMF100570

GORE Protective Vents for Gearboxes (PMF100570) has an integrated membrane that effectively blocks contaminants, like water, dust and dirt, that can degrade the performance of oilcooled traditional and e-motors and other e-drivetrain components as well as gearboxes.

Data Sheet & Installation Guide: GORE Protective Vents, Screw-In Series

The Screw-In Series provide oleophobic membranes and are hydrolytically-stable, UV- and temperature-resistant. Compare all the PolyVent options, including our latest innovation - the GORE PolyVent High Airflow PRO.

Data Sheet & Installation Guide: GORE Protective Vents Weldable Membrane Series

Low-profile, 100% ePTFE vents are designed for automated installation which incorporate heat or ultrasonic welding processes. Ideal for solar energy systems, they provide a robust mechanical bond in conjunction with rapid equalization of pressures.

Data Sheet & Installation Guide: GORE Protective Vents Adhesive Series VE8, VE7 and VE9

GORE Protective Vents equalize pressure and reduce condensation by allowing air to flow freely into and out of sealed enclosures. At the same time, they provide a durable barrier to protect the electronics from contaminants.

Case Study: The Impact of Temperature Cycling on Sealed Enclosures, GORE Protective Vents

Gore application engineers simulated a rapid heating and cooling cycle to understand the effects of pressure differentials. This document describes the test procedures and results.

Case Study: Protecting Outdoor Electronics with GORE® PolyVent XS Snap-In Vents

Discover how GORE® PolyVent XS helped GARDENA’s AquaPrecise achieve watertight protection and reliable pressure equalization in underground use. Learn how Gore’s venting solution safeguarded sensitive electronics, extended seal life, and ensured a successful product launch.

Case Study: LED Luminaire Efficiency Significantly Increased

Discover how GORE® PolyVent High Airflow PRO vents helped WE-EF’s VFL500 LED luminaires maintain shape and sealing under extreme thermal cycles, boosting efficiency, longevity and IP66 protection in harsh outdoor conditions.

Case Study: Integration of GORE PolyVent XS in a Liebherr Camera

Gore's membrane reliably prevents condensation and pressure buildup - helping our digital camera MDC4 to deliver clear images even under harsh operating conditions.

Case Study: Increase Service Life of Solar Tracking Systems by Equalizing Pressure with GORE Protective Vents

Maximize the lifespan of solar-tracking systems by using GORE® Protective Vents to equalize internal pressure, reduce seal stress and minimize condensation in outdoor enclosure designs.