Resource Library

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.

GORE DeNOx Catalytic Filter Bags Case History Heidelberg Cement

HeidelbergCement AG€˜s Paderborn cement plant has undergone continuous development since it was founded in 1926. Today's advanced methods of cement production have fundamentally transformed this plant's operations.

GORE LOW DRAG Filter Bags Case Study Talc Micronizers Mills

A leading talc producer desired longer pulse jet filter bag life in their jet mill baghouses.GORE LOW DRAG Filter Bags required cleaning less often (6 times/hour) compared to our Standard Filter Bag (11 times/hour) or the competitor's bag (erratic and many.)

GORE LOW DRAG Filter Bags Case Study TiO2 Feed Bin

A customer was employing standard filter bags (ePTFE membrane on polyester felt backer) in finishing bag houses in the production of titanium dioxide (TiO2) pigments. New product lines with enhanced TiO2 particle surface treatment subsequently posed filtration challenges.

Case Study: Dramatic Waterborne Moon Lights Keep Shining with GORE Protective Vents

Discover how GORE® Protective Vents helped S&D International’s floating Moon Lights overcome large temperature swings and seal-stress to deliver uninterrupted, reliable performance in harsh waterborne environments.

Case Study: GORE Protective Vents Eliminate Internal Vacuum to Prevent Water Damage and 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 for Heavy Rain Conditions

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 Durability of Base Stations 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 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: Halogen Lamp Withstands Extreme Weather Conditions On Deck using GORE Protective Vents

A halogen deck-floodlight designed for -40 °C shipboard conditions found its solution in a GORE® Screw-In Vent. By equalising internal pressure and preventing vacuum after shutdown, the vent protects against moisture ingress, corrosion and seal fatigue in rough marine environments.