SURVIVAL THROUGH QUALITY
PRODUCT CENTER
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Pulse dust collector
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Mine dust collector
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Boiler dust collector
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Metallurgical dust collector
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Carbon plant dust collector
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Chemical dust collector
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Rubber dust collector
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Woodworking dust collector
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Single machine dust collector
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Static electricity Dust collector
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Cyclone dust collector
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Wet dust collector
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Filter cartridge dust collector
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Insert valve (gate valve)
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Ventilation butterfly valve (cold air valve)
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Spiral conveyor (auger)
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Scraper conveyor
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Dust humidifier
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Bucket elevator
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Ash discharge valve
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Material Handling Equipment
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Wet scrubber
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Dust collector
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Dust removal filter bag
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Dust removal bag cage
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Polishing platform
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Waste gas treatment equipment
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Electric control cabinet
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Fan
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Smoke welding machine
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Liquid level switch
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Dust removal filter element
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Aeration cushion
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Sweeper
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Dust suppression device
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Solenoid valve
Dust removal framework
Dust removal framework (also known as dust removal framework or dust removal bag cage) is formed by welding with specialized equipment in one go. The dust removal frame is the rib of the dust removal bag and an important accessory of the bag filter. The quality of the dust removal frame directly affects the working status and service life of the filter bag.
influence factor
(1) The influence of the size of the dust removal framework: In the geometric dimensions of the dust removal framework, the diameter of the dust removal framework, gas inlet, and the shape and size of the exhaust pipe are the most important influencing factors.
(2) The influence of gas parameters on the performance of dust removal frameworks includes the influence of gas flow rate, gas dust concentration, gas moisture content, gas density, viscosity, pressure, temperature, etc.
(3) The influence of the physical properties of dust on the dust removal framework
(4) The influence of the roughness of the inner wall of the dust removal framework: Dust particles concentrated near the wall surface will cause swirling flow due to the rough surface, causing some dust particles to be thrown into the rising airflow and enter the exhaust pipe, reducing the dust removal efficiency.