Resource Library

Case Study: GORE Low Emission Filter Bags for Titanium Dioxide

GORE® Acid Resistant Aramid Felt Filter Bags have long proven effective in TiO₂ dryer baghouses. When new grades with finer particles penetrated stitch holes, Gore’s advanced filter bag design improved capture efficiency, reduced emissions, extended bag life, and minimized downtime.

Case Study: GORE Packaging Vents, A Sustainable Solution for Venting Detergent Containers

Miele partnered with Gore to integrate GORE® Packaging Vents into its TwinDos detergent dispensing system. The innovation supports Miele’s “Forever Better” promise by reducing detergent use by up to 30% while ensuring appliance reliability and long-term performance.

Case Study: GORE SKYFLEX and Boeing CH-47 Chinook Helicopters

The RNLAF used GORE® SKYFLEX® Aerospace Tapes on CH-47 Chinooks, avoiding costly structural repairs and replacements. Proven in operational use, the tapes cut labor, downtime, and lifecycle costs while delivering reliable sealing and protection across helicopter structures.

Case Study: HEPA Knocks Out Need for Water Washing in Air Inlet Filters of Gas Turbines

Alliance Pipeline tested GORE® HEPA Filters on compressor units and found equal pressure drop to standard filters while delivering higher efficiency. The hydrophobic design eliminated costly off-line water washing (OLWW), boosting reliability and reducing maintenance downtime.

Case Study: Membrane based HEPA Air Intake Filters Reduce Compressor Fouling and Corrosion in Gas Turbines

Gas turbine operators face compressor fouling and blade corrosion from dust, soot, and salt, often requiring frequent washes that risk blade cracking in FA machines. GORE® Turbine Filters block contaminants, reduce washing needs, and protect compressors for longer service life.

Data Sheet: Develop Molecular Diagnostic (MDx) Panels with Consistent and Precise Fluid Movement

GORE® Microfiltration Media enable OEMs and CDMOs to design molecular diagnostic (MDx) panels with precise fluid control for accurate test results. Engineered to handle aggressive reagents and solvents, they offer greater design freedom and cost-effective diagnostic solutions.

Data Sheet: Ensuring Functionality and Reliability of Ostomy Bags

Learn how GORE® Microfiltration Media for Ostomy Pouches supports high airflow, liquid-entry resistance and manufacturing repeatability to enhance bag reliability, patient activity and integration efficiency.

Data Sheet: Ensuring Proper Functionality and Longevity of Negative Pressure Wound Therapy Systems

GORE® Microfiltration Media for NPWT enable medical device makers to ensure reliable wound therapy system performance. Unlike standard barriers, they provide exudate containment, aerosol filtration, and protection for control units—extending NPWT system functionality and life.

Data Sheet: GORE High Flex Cables for Semiconductor Production Equipment Portfolio

As chips shrink and data rates rise, Gore delivers semiconductor and FPD solutions with proven durability, flexibility, and reliability. Our technologies boost throughput and yield, lower maintenance and costs, and help manufacturers meet future process cleanliness demands.

Data Sheet: GORE High Temperature Film for Capacitors in Oil & Gas Power Electronics

GORE® High Temperature Film in capacitors ensures stable voltage and capacitance with minimal loss at high temps. Proven in power electronics for downhole drilling, it reduces sudden tool failure, extends tool life, and improves reliability in harsh oil & gas environments.

Data Sheet: GORE LOW DRAG Filter Bag, Fiberglass 10 oz

GORE® LOW DRAG Filter Bags with acid-resistant fiberglass fabric deliver reliable performance in reverse air dust collectors at up to 260 °C (500 °F). With lower airflow resistance, they improve efficiency, extend filter life, and provide cost-effective operation in high-temperature environments.

Data Sheet: GORE LOW DRAG Filter Bag, Fiberglass 22 oz

The PTFE-coated fiberglass GORE® LOW DRAG Filter Bag is designed for pulse jet dust collectors in high-temp environments up to 260 °C (500 °F). With advanced membrane technology and lower airflow resistance, it improves efficiency, extends bag life, and reduces operating costs.