Resource Library

The GORE® Joint Sealant: Oxygen Service (BAM) Report presents test results verifying the sealant’s compatibility with both gaseous and liquid oxygen in flanged connections, including key pressure and temperature limits.

The Federal Institute for Materials Research and Testing (BAM) tested GORE® sealing materials for compatibility in flanged connections with liquid and gaseous oxygen. This certification applies to the non-adhesive version of the product, confirming oxygen safety and reliability.

Locate global distributors and agents authorized by W. L. Gore & Associates to supply GORE® bulk wire and cables. Serving aerospace, defense, spaceflight and industrial markets with reliable sourcing and high-performance materials.

Browse the glossary for GORE® Automotive Vents — defining essential terms such as ePTFE, pressure equalization, oleophobic, lamination and water entry pressure (WEP) to support specification and design for automotive electronics protection.

Get answers to common questions about GORE® Automotive Vents — how they protect automotive enclosures from pressure, dust, water and fluids, what vent form-factor to choose and how to apply them for vehicle electronics.

View the global list of authorized distributors & agents for GORE® Wires & Cables — trusted partners UK-approved to supply bulk wires and cables for aerospace, defense, spaceflight, semiconductor and industrial markets.

Browse definitions for key terms like average airflow, dust holding capacity, hydrophobic membrane and filter media—as used in outdoor cabinet cooling - helping engineers select the right GORE® cooling filters for enclosure thermal protection.

Understand the glossary for GORE® Protective Vents — defining key terms like pressure-equalization, ingress protection and hydrolytic stability to guide electronic enclosure design and specification.

Find answers to frequently asked questions about GORE® Turbine Filters — including benefits of hydrophobic HEPA technology, service-life insights, installation tips and how the filters protect gas turbines from fouling and corrosion.

Discover how GORE® Thermal Insulation—featuring a silica-aerogel/PTFE matrix with thermal conductivity below 0.021 W/m·K—delivers superior heat-spreading, thinner profiles and reduced hot-spots in electronics.

Avoid costly baghouse pressure drops with these four common mistakes—insufficient cleaning pulse pressure, excessive moisture, poor timing of cleaning cycles, and flawed startup/shutdown practices. Learn how proper operation and maintenance keep your dust collector efficient.

Improve baghouse performance by locating leaking filter bags fast with three proven methods—mirror inspection, black-light testing, and coordinated pulse/leak-detector sequencing. Catch leaks early to prevent emissions, downtime and compliance issues.