Resource Library

Case Study: Cement Producer in Canada uses GORE LOW DRAG Filter Bags for Greater Clinker Production Rates

A Canadian cement plant installed GORE® LOW DRAG™ Filter Bags and achieved a 14 % higher kiln feed rate, 12 % lower differential pressure, 11 % greater airflow and 12 % reduced fan motor RPM—all without adding modules.

Case Study: Small ID Size Meets Consistent High Quality in Mass Production, GORE® Acoustic Vents

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.

Data Sheet: GORE High Durability Filter Bag, Anti-Static Polyester Felt

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Reference Sheet: GORE Ethernet Cables & Cat6A Connectors

Learn best-practice termination and connector compatibility guidelines for GORE® Ethernet Cables, detailing supported high-speed connector systems and assembly instructions to maximise performance in aerospace & defence applications.

Case Study: Anulom Vilom “Breathe In, Breathe Out” for Excellence in Packaging using GORE Packaging Vents

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 DeNOx Filter Bags - Steel Sinter

GORE® DeNOx Catalytic Filter Bags -“ Dramatic reduction in NOx and Particulates in Steel Production Sinter Flue-Gas

GORE LOW DRAG Filter Bags Case Study Carbon Black Reduced dP

One of the most important metrics for a baghouse is differential pressure (dP). A consistently high dP indicates blinding of the filter media and/or poor release of dust cake during cleaning, typically leading to lower airflow (throughput), throttling back of production rates and shorter bag life.

Industry Article: How MEA Design Can Make Fuel Cells a Viable Option for Heavy-Duty Vehicles

Explore how MEA design innovations can make fuel cells a viable option for heavy-duty vehicles, by improving durability, reducing hydrogen crossover and enabling high power density and long lifecycle performance.

Industry Article: Improve 5G Testing with Reliable Cable Assemblies, Microwaves & RF

This article explores how high-quality microwave/RF cable assemblies support accurate 5G testing by delivering phase and amplitude stability, durability under movement, and reliable performance across mmWave, MIMO and OTA environments.

Product Selection Guide: GORE Microwave/RF Test Assemblies For 5G Test Systems

Access the GORE® Product Selection Guide for 5G Test Systems — a detailed resource to help engineers choose the right microwave/RF cable assemblies for applications across sub-6 GHz and mmWave test equipment.

Case Study: Steel Plant in South Carolina where GORE LOW DRAG Filter Bags Optimize Operating Efficiency While Meeting Regulatory Compliance

A steel recycling plant in South Carolina replaced standard fabric filters with GORE® LOW DRAG™ Filter Bags and saw differential pressure drop from 9.6 to 7.4 in w.g., airflow rise from 758K to 800K ACFM, and emissions decline—boosting efficiency without sacrificing compliance.

Case Study: Steel plant in Virginia uses GORE LOW DRAG Filter Bags to Decrease Energy Costs While Increasing 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.