Resource Library

Industry Article: Tracking Lower Total Cost of Ownership using GORE LOW DRAG Filter Bags

Chris Polizzi, Gore, details the pursuit of a lower total cost of ownership at a large kiln baghouse in this article from World Cement.

Industry Article: Surviving Demand Changes

Economic sequels from COVID-19 will be among the worst in history. But what did the cement industry do to counter its effects? WL Gore illustrates how reducing total cost of ownership (TCO) through smart investments can allow a cement plant to remain flexible in times of low and high demand.

Industry Article: Reducing Emmissions While Achieving Production Goals with GORE Low Drag Filters

This article from GLOBAL CEMENT explains how OYAK Cement reduced costs and increased baghouse efficiency by using GORE Low Drag Filters.

Industry Article: Improvement is a Responsibility, Reucing Resistance to Air Flow with GORE Filter Bags

The continued improvement of technology and operating practices often lies with individual companies taking responsibility to drive innovation in their product range. In the area of filter bags, a need to reduce resistance to air flow led to the development of new filter bags.

Industry Article: Finding Added Value by Calculating Total Cost of Ownershop in your Baghouse, World Cement

Carlos Lopez Cuevas, Gore, Mexico, considers how calculating TCO can help identify added value as well as hidden costs. This is a useful tool that accounts for both the initial and ongoing costs of a product or service, as well as any indirect costs that should be considered.

Industry Article: Filter Bag Filled with Benefits

Eastern Province Cement Co in Saudi Arabia improved efficiency at its 3.8 Mta Damman plant by upgrading cement mill baghouse filter bags. The new GORE® Filter Media reduced energy use, increased output, and resolved performance issues—supporting high-quality, cost-effective production.

Industry Article: Dealing with Dust in Deyang using GORE OW DRAG Filter Bags

Tang Yong and Li Qiang, Southwest Cement Group, and Adam Feng, Gore, share how a dust collection system upgrade helped improve environmental results, reduce operating costs and increase productivity for the Lisen Cement Plant in Deyang, China.

Data Sheet: GORE LOW DRAG Filter Bag, PTFE Felt

A 260 °C (500 °F) maximum service temperature, expanded PTFE felt filter bag for use in pulse jet style dust collectors with chemically aggressive operating conditions.

Data Sheet: GORE LOW DRAG Filter Bag, PTFE Fabric

A 260 °C (500 °F ) maximum service temperature, PTFE fabric for use in pulse jet, reverse air, and shaker style dust collectors with chemically aggressive operating conditions.

Data Sheet: GORE LOW DRAG Filter Bag, Polyester

A 135 °C (275 °F) maximum service temperature, polyester felt with GORE LOW DRAG Filter Bag membrane for use in pulse jet style dust collectors.

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.

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.