Resource Library

Case Study: Elevating TWS Earbud Performance with GORE® Acoustic Vents

Discover how Gore collaborated with a global audio-OEM to integrate GORE® Acoustic and Pressure Vents into next-gen TWS earbuds—delivering IP X4 waterproofing, zero acoustic insertion loss and seamless fit in automated production. Innovation meets performance.

Case Study: Excellent Roll-Off Ensures Reliable Airflow for High-Organic Formulations

See how GORE® Packaging Vents deliver exceptional roll-off and high airflow performance in containers filled with highly concentrated organic formulations, preventing clogging, bulging or leaks during transport and storage.

Case Study: GORE® Acoustic Vents with Small ID Enable High-Quality Mass Production

See how a major smartphone OEM leveraged GORE® Acoustic Vents with smaller ID sizes to achieve stable acoustic performance, save 5% in space, and mass-produce over 1 million units annually—while reducing logistics cost and lead time.

Case Study: GORE® LOW DRAG Filter Bags Cut Energy Costs & Boost Plant Performance

See how GORE® LOW DRAG Filter Bags helped a Virginia steel plant slash energy costs by over $400 000 per year while boosting airflow, reducing pressure drop and enhancing emissions control in their baghouse system.

Case Study: GORE® LOW DRAG Filter Bags Help Achieve Maximum Kiln Feed Rate

Learn how GORE® LOW DRAG Filter Bags helped a cement plant boost airflow, lower differential pressure and increase kiln feed rates—enabling higher clinker production and greater efficiency in the baghouse system.

Case Study: GORE® Protective Vents Eliminate Internal Vacuum & Prevent Water Damage & Corrosion

See how GORE® Protective Vents solved internal vacuum issues in outdoor router enclosures—equalizing pressure, preventing seal failure and stopping water ingress and corrosion in harsh environments.

Case Study: GORE® Protective Vents Ensure RF System Reliability with the Right IP Rating

Protect outdoor RF subsystems with GORE® Protective Vents by selecting the right IP rating to withstand heavy-rain and high-wind tower environments, ensuring pressure equalization and lasting enclosure integrity.

Case Study: GORE® Protective Vents Improve Antenna Alignment Monitoring by Reducing Condensation

Improve antenna alignment monitoring by reducing condensation with GORE® Protective Vents—enabling pressure equalisation within sealed domes, keeping optics clear and electronics safe from moisture in harsh outdoor environments.

Case Study: GORE® Protective Vents Improve Base Station Durability by Equalizing Pressure

Minimize seal stress in outdoor base-station electronics by integrating the GORE® Protective Vent to equalize internal pressure, reduce condensation, and maintain long-term durability in harsh environments.

Case Study: GORE® Protective Vents Protect Surfboards from Sun, Sand & Water Damage

How GORE® Protective Vents safeguard surfboards by preventing sun-driven pressure build-up, sand intrusion and water damage—helping epoxy skins last longer in extreme beach environments.

Case Study: GORE® Protective Vents Reduce Condensation in Sealed Enclosures

Learn how GORE® Protective Vents minimise condensation inside sealed enclosures by allowing moisture vapour to escape while blocking water, stabilising internal pressure and protecting electronics from corrosion.

Case Study: GORE® Thermal Insulation Improves Thermal Management in 5G Smartphones

A smartphone OEM used GORE® Thermal Insulation to lower surface temperatures by 1 °C, extend high-performance runtime and accelerate launch of its flagship 5G device—proving thin, low-conductivity insulation drives mobile innovation.