Sand Blasting Manufacturer offers a wide selection of Cartridge Type Reverse Pulse Jet Dust Collectors / Cartridge Filters ranging from 1000 to 100,000 CuM/Hr. These tiny cartridge filters are significant space savers and are widely utilized in Mineral Grinding, Pigments & Chemicals, Polymers & Ceramics, Pneumatic Conveying Systems, Powder Coating, and many other applications. The contaminated air enters the dust collection and travels through the filter cartridges in the cartridge filter. These cartridges trap dust particles on the external surface, letting only pure, pollutant-free air pass through, guaranteeing a clean and safe environment. Our Pulse Jet Cartridge filter Dust Collector is available in a variety of configurations, including surface filtration technologies, discharge devices, and so on.
Because the conveying air is split in the filter separator and the filters are cleaned by a reverse jet of compressed air in a typical pneumatic conveying system, reverse pulse jet cartridge filter dust collector cleaning systems are an important component of pneumatic conveying systems. The brief length of the compressed air pulse jet aids in dislodging tiny particles stuck to the filters. The following are the key components of the Reverse Pulse Jet Cartridge Filter Dust Collector: A compressed air reservoir that holds the appropriate amount of air for pulsing, a Pulse Valve with a solenoid valve that opens to pump compressed air into the filters in the opposite direction, and a Pulse Valve with a solenoid valve that closes. The frequency of pulsing is controlled by a PLC timer.
The Cartridge Type Filter was designed to reduce space while providing comparable results to a hose bag-type filter. Reverse Pulse Jet Cartridge filter Dust Collector / Cartridge Filters are mostly employed in applications with a wide range of ambient temperatures and free-flowing dust or materials. For diverse applications, several dedusting filtration media are available. These low-height Dust Collectors are built to run constantly and with minimal downtime. Timed compressed air pulses travel in the opposite direction of the main airflow, cleaning the cartridge surface via a temporary reversal via ventilation.