Cartridge filters are the most advanced form of media filtration. Also using extended surface area, manufacturers of replacement filters are constantly developing and improving media technology used in cartridges. Offering high efficiency across a broad range of particle sizes, cartridge filters can be used for just about any dust collection application. Cartridge filters are cylindrical shaped and open on one or both ends. Pleated filtration media wraps around the cylinder walls. When installed, one end is sealed off, leaving the open end as the exhaust. Air is sucked in through the filter sides and out the open end. Capable of reverse pulse cleaning, huge banks of cartridge filters can be used to continuously collect dust from a factory's central dust collection system.
According to customer requirements
Cartridge filters are the most advanced form of media filtration. Also using extended surface area, manufacturers of replacement filters are constantly developing and improving media technology used in cartridges. Offering high efficiency across a broad range of particle sizes, cartridge filters can be used for just about any dust collection application. Cartridge filters are cylindrical shaped and open on one or both ends. Pleated filtration media wraps around the cylinder walls. When installed, one end is sealed off, leaving the open end as the exhaust. Air is sucked in through the filter sides and out the open end. Capable of reverse pulse cleaning, huge banks of cartridge filters can be used to continuously collect dust from a factory's central dust collection system.
According to customer requirements
The cartridge dust collector uses a perforated metal cartridge with a cellulose filter pleated, non woven filter media, bound by steel caps at the top and bottom. The end caps were joined with the cellulose media and outer and inner cores by an adhesive. Cellulose media was used because it has pressure drop qualities similar to those of felted media in pulse jet collectors. Pleated media filter elements with narrow pleat spacing (8 pleats per inch) are efficient for filter cakes (formed with fine dusts) that are less than 0.02 inch thickness. Narrow pleat spacing loses its relevance when dust particle size is beyond 0.03 inch. The pleated design provides greater amount of filtering area while occupying lesser space. Consequently the air - filter media ratio, pressure drop and cartridge collector size reduce considerably.
According to the customer request size
The cartridge dust collector uses a perforated metal cartridge with a cellulose filter pleated, non woven filter media, bound by steel caps at the top and bottom. The end caps were joined with the cellulose media and outer and inner cores by an adhesive. Cellulose media was used because it has pressure drop qualities similar to those of felted media in pulse jet collectors. Pleated media filter elements with narrow pleat spacing (8 pleats per inch) are efficient for filter cakes (formed with fine dusts) that are less than 0.02 inch thickness. Narrow pleat spacing loses its relevance when dust particle size is beyond 0.03 inch. The pleated design provides greater amount of filtering area while occupying lesser space. Consequently the air - filter media ratio, pressure drop and cartridge collector size reduce considerably.
According to the customer request size
To date, cartridge filters are the most advanced form of media filtration. Also using extended surface area, manufacturers of replacement filters are constantly developing and improving media technology used in cartridges. Offering high efficiency across a broad range of particle sizes, cartridge filters can be used for just about any dust collection application. Cartridge filters are cylindrical shaped and open on one or both ends. Pleated filtration media wraps around the cylinder walls. When installed, one end is sealed off, leaving the open end as the exhaust. Air is sucked in through the filter sides and out the open end. Capable of reverse pulse cleaning, huge banks of cartridge filters can be used to continuously collect dust from a factory's central dust collection system
According to the customer request size
Fabric dust collectors are commonly known as baghouses and for some applications are one of the most efficient and cost effective dust collector models. In baghouse collectors, the dust filled air stream passes through fabric bags that filter the dust particles. Bags are made of different material such as woven or felted cotton, synthetic, or glass-fiber.
According to the customer request size
