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.

Learn the differences between membrane and non-membrane filter media. GORE Membrane Technology provides longer bag life, lower emissions rates, lower pressure drops and better has throughput.

To keep your system optimized we are constantly improving the performance of our membranes. Each new generation directly leads to increases in productivity. A wide variety of GORE® membranes and specially developed backing materials are available.

Uncover how GORE® LOW DRAG Filter Bags optimize both reverse-air and pulse-jet baghouses by enabling higher airflow, lowering differential pressure and reducing energy use in dust-collection systems.

Avoid costly baghouse pressure drops with these four common mistakes—insufficient cleaning pulse pressure, excessive moisture, poor timing of cleaning cycles, and flawed startup/shutdown practices. Learn how proper operation and maintenance keep your dust collector efficient.

Improve baghouse performance by locating leaking filter bags fast with three proven methods—mirror inspection, black-light testing, and coordinated pulse/leak-detector sequencing. Catch leaks early to prevent emissions, downtime and compliance issues.

Combining cutting-edge technology with a wealth of expertise, Gore’s high-performance filter bags enable manufacturing processes to capture emissions and reduce their environmental impact. 

Learn the top three baghouse maintenance mistakes—from misaligned pulse pipes to hopper backups and incorrect bag/cage sizing—that can drive up costs and shorten filter life.

Gore filtration solutions for shaker, reverse air, and pulse jet fabric filter systems deliver the lowest emissions and maximum furnace output. With high efficiency and durability, they reduce energy use, maintenance, and capital costs for long-term operational savings.