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GORE Industrial Baghouse Filters: Membrane Construction
To keep your system optimized we are constantly improving the performance of our membranes. Each new generation directly leads to increases in productivity. A wide variety of GORE® membranes and specially developed backing materials are available.
Tech Information: GORE® Microwave/RF High-Flex Assemblies for Industrial Applications
Discover how GORE® Microwave/RF Assemblies deliver ultra-flex, rugged cable performance across aerospace, defence, semiconductor and industrial environments — enabling tight routing, low insertion loss and exceptional durability.
GORE Protective Vents for Solar Energy Systems
Solar system enclosure vents from Gore improve system efficiency and life expectancy while reducing housing design complexity, weight and cost.
Pair Thermal Insulation with Graphite for Better Heat Spreading
Boost anisotropic ratios of thermal conductivity by 100–1000x
GORE® Acoustic Vents for Industrial Applications
More effective protection from outdoor challenges enables more reliable performance and enhanced sound quality of industrial acoustic devices.
PPAP (Production Part Approval Process) Overview
PPAP defines generic requirements for production part approval. It ensures that parts manufacturers, like Gore, document our capability to consistently meet your product specifications when manufacturing that product at quoted production levels.
Article: Improving Laptop Heat Dissipation with GORE® Thermal Materials
Improve laptop thermal management with GORE® Thermal Insulation—leveraging aerogel-based thin layers to reduce hot-spots, lower surface temperature, and increase sustained performance in mobile devices.
Article: IP & NEMA Ratings — What They Mean for Enclosure Protection
Clarify the differences between IP and NEMA enclosure ratings—covering how IP codes (IEC-60529) address dust and water ingress and NEMA types (NEMA 250) add protection against corrosion, ice and mechanical impact to guide vent and enclosure design.
Tech Information: Understanding Cable Stress & Failure in High-Flex Applications
Better understand how cables break in high-flex applications—covering bend radius limits, insulation wear, conductor fatigue, termination stresses and practical design steps to improve cable life and system reliability.