Resource Library

Industry Article: Ten Years of Optimized Baghouse Performance using GORE Filter Bags

Alan Gully, Lafarge-Canada; Chris Polizzi, Product Specialist and John Knotts, Technical Sales at Gore, provide an overview of optimized baghouse performance at the Lafarge Richmond plant in Canada.

Industry Article: Supreme Filtration for a Better Environment using GORE LOW DRAG Filter Bags

GORE® Filter Bags with advanced ePTFE membranes drastically cut drag, reducing airflow resistance in baghouses. By optimizing airflow, they boost efficiency, lower emissions, and ensure consistent compliance—delivering reliable, cost-effective performance in demanding industrial operations.

Industry Article: Proof of Success using GORE Membrane in Cement Kilns

Chris Polizzi from Gore explains the US EPA ETV programme, a verification procedure that makes filter selection easier for cement plants.

Industry Article: Looking for Longer Life using GORE Filter Bags in Cement Plants

Chris Polizzi at Gore, explains how a well-designed baghouse, quality filter bags, and a solid partnership between cement plant and supplier could help cement producers to achieve long, predictable bag life.

Industry Article: Knowing Your Total Cost of Ownership in Process Baghouses

Chris Polizzi, Gore, advises on how to achieve the lowest toal cost of ownership in process baghouses in this article from World Cement.

Industry Article: GORE Filters for NESHAP Compliance

The U.S. NESHAP standards require cement plants to cut hazardous air pollutants to record lows. GORE® Filter Bags provide the high-performance filtration technology needed to meet strict emissions limits, ensuring compliance, improved efficiency, and sustainable cement production.

Industry Article: Reducing dust-related downtime at Titan Cement using GORE LOW DRAG Filter Bags

Article from World Cement, August 2024: Titan Cement is a global cement player aiming to maximize productivity while acting responsibly as a big player in a carbon-intensive industry.

Data Sheet: GORE High Durability Filter Cartridge, Polyester

A 135 °C (275 °F) maximum service temperature, stayed-polyester felt filter cartridge for use in pulse jet style dust collectors where high differential pressure and high cleaning pressures are required due to aggressive dust loading.

Data Sheet: GORE High Durability Filter Cartridge - Polyester spunbonded

A 113°C (235°F) maximum service temperature, lightweight spunbonded polyester filter cartridge for use in pulse jet style dust collectors.

Data Sheet: GORE High Durability Filter Bag, PTFE Felt 915g

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 High Durability Filter Bag, PTFE Felt 830g

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

Data Sheet: GORE High Durability 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.