Resource Library

Data Sheet: GORE High Durability Filter Bag, Fiberglass 10 oz

A 260 °C (500 °F) maximum service temperature, acid-resistant fiberglass fabric filter bag for use in reverse air style dust collectors and where durability and chemical resistance are required.

Data Sheet: GORE High Durability Filter Bag, Aramid Anti Static

A 204 °C (400 °F) maximum service temperature, acid-resistant aramid felt filter bag for use in pulse jet style dust collectors.

Data Sheet: GORE Filter Bag, Polypropylene Felt

A 80 °C (176 °F) continuous service temperature, polypropylene felt filter bag for use in pulse jet style dust collectors.Used in polymers, chemicals, cement, detergent and related industries operating at low temperature requiring excellent abrasion resistance and chemical resistance.

Data Sheet: GORE Filter Bag, Acrylic Felt

A maximum 127°C (260°F) service temperature, acrylic felt filter bag for use in pulse jet style dust collectors.

Data Sheet: GORE DeNOx Filter Bag for Catalytic Filtration

GORE DeNOx Catalytic Filter Bags reduce NOx and NH3 with minimum or no changes in the existing process and equipment.

Case Study: GORE LOW DRAG Filter Bags, Reducing Differential Pressure in Carbon Black

One of the most important metrics for a baghouse is differential pressure (dP). A consistently high dP indicates blinding of the filter media and/or poor release of dust cake during cleaning, typically leading to lower airflow (throughput), throttling back of production rates and shorter bag life.

Case Study: GORE LOW DRAG Filter Bags Increase Airflow and Lower DP in Lead Processing

GORE LOW DRAG Filter Bags incorporate an entirely new class of membranes that acts as a true surface filter in fume and fine powder applications. The membrane provides excellent particulate capture efficiency, dust cake release and filtration performance.

Case Study: GORE LOW DRAG Filter Bags in Silicomanganese Ferroalloy Production, Emalahleni, South Africa

Transalloys (Pty) Ltd currently uses five submerged arc furnaces to produce silicomanganese (SiMn) at a capacity of 180,000 tons per year. Transalloys was looking to expand its production capabilities, requiring more capacity for air pollution control.