Resource Library

Data Sheet: GORE® Low Emission Filter Bags

Seam taped filter bag, designed for low dust emissions or high product capture at high operation temperature for use in pulse jet and reverse air style dust collectors. Gore's seam tape does not crack in use. It has excellent chemical resistance and temperature resistance up to 260°C.

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 Low Emission Filter Bags for the Cement Industry

A global cement producer replaced two wet process kilns with a modern preheater/precalciner kiln, boosting output from 1.7M to 2.8M tons annually. GORE® Filter Bags support this upgrade by delivering reliable emissions control, efficiency, and long-term kiln performance.

Case Study: GORE Low Emission Filter Bags for Secondary Lead

At a secondary lead smelter, standard woven ePTFE filter bags with sewn seams leaked fine lead oxide fumes through stitch holes. Initial stack testing showed high emissions beyond limits. GORE® Seamless Filter Bags eliminate leakage, ensuring compliance and safer lead operations.

Article: Prove Compliance Under the New NESHAP regulations for Cement Plants

The requirement of having to prove compliance with the use of a CPMS increases the chances of unexpected costs and worst case, potential down time.