Product Description

During operation of the dust removal system, dust particles generated at various dusting points are collected and, under the attraction of the fan, transported through the duct system to the dust collector. Most of the larger dust particles fall into the ash storage chamber due to inertia or natural settling. Some fine dust particles rise with the airflow into the bag chamber, where they are filtered through the filter bags, becoming isolated and adhering to the outer side of the bags. The purified gas is then discharged through the filter bags by the fan, thereby purifying the dusty air. An automatic control system with continuous pulse-jet cleaning is also employed to quickly remove the dust adhering to the surface of the filter bags, restoring the filtering capacity of the filter media. The trapped dust particles settle into the ash storage chamber of the dust collector and, upon reaching a certain quantity, are discharged by the unloading system. The dust can be recycled or transported for disposal by relevant departments. The cleaning process does not require shutdown and does not affect production. The dust is separated and removed by the strong retention effect of the filter media within the bag unit housing, resulting in purified air that meets emission standards. The dust can be recycled or transported for disposal by relevant departments.

Product Features

High dust removal efficiency: Achieves higher efficiency in purifying gases containing dust particles in the micrometer or submicrometer range.

Wide range of application: Can process different dust-laden gases using various filtering materials according to the different properties of the dust.

High capacity treatment: Adaptable to dust-laden gas volumes of varying capacities, the dust collector's treatment gas flow can range from a few cubic meters per hour to several million cubic meters per hour.

Low energy consumption, smooth operation, easy to operate, and convenient maintenance.

Standard modular assembly structure: Achieves part interchangeability, adaptable to the future development needs of the using unit, and facilitates easy upgrades and modifications.

Multiple material discharge methods: Adopting spiral unloading, scraper unloading, or bottom ash hopper unloading systems based on different working conditions to ensure unobstructed dust emission.

High environmental and safety coefficient: Equipped with fire protection systems and a comprehensive fault detection and alarm system; utilizes explosion-proof and anti-explosion devices certified by the national 3C standard to ensure the reduction of fire hazards from equipment.

Application Scope

Widely applied in the dust collection and treatment of industrial gases in various fields such as wood products, hardware, rubber, cement, steel, electricity, food, metallurgy, and chemical engineering.

Structure Description

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