Cement and Rock DustInlet abrasion is a common mode of failure of filter bags in these applications. Installation of shorter filter elements removes the filter from the "abrasion zone." Though shorter in length, BHA PulsePleat elements actually increase the available filtration area on a hole for hole basis. Successful usage in applications include:
MetalsThe small particle size of metallurgical fume cannot be easily discharged from a traditional bag surface into the hopper in "on-line" pulse-jet style dust collectors. BHA PulsePleat filter elements have been used successfully in a staggered configuration to help reduce upward velocities (known as "can" and "interstitial" velocities) and decrease air-to-cloth ratios. Successful applications include:
AluminumIncreased ventilation of potrooms, more efficient hydrogen fluoride scrubbing, and particulate capture are just a few of the benefits of using BHA PulsePleat filter elements in the primary aluminum industry. Ideal applications include:
ChemicalReduction in compressed air usage (less cleaning frequency at reduced pressures) is significant, especially in multiple baghouse configurations common in the chemical industry. Reduced downtime due to decreased installation time also contributes to overall production time. Applications include:
Food / PharmaceuticalImproved dustcake release is frequently needed for protection from infestation problems and to provide for improved airflow. All synthetic filter elements are constructed from FDA compliant components. Applications include:
Paint / PigmentsIncreased filtration area can help increase air volume and boost production of high value products. Applications include:
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