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Product Description
Standardized Design and Modular Assembly:
The dust collection system adopts a standardized design concept, ensuring stability and reliability through perfect quality control processing and modular assembly.
Low-Pressure Blowing Technology:
Utilizes low-pressure, high-efficiency, long-life electromagnetic pulse valves combined with unique blowing tube design and processing methods to completely change the cleaning method of the bag filter.
Detection and Monitoring Technology Application:
Advanced online detection and monitoring equipment are set up according to the characteristics of the dust collector, including operational pressure detection of the dust collector, material level detection, and operation equipment failure detection for real-time equipment status monitoring.
Use of PLC Programmable Controller:
The PLC programmable controller is used to automate the operation of the dust collector as part of plant operation equipment, enhancing convenience and safety in operations.
Working Principle:
Dust enters the ash hopper from the air inlet through the box; some large dust particles directly fall into the ash hopper due to inertial collision and natural settlement while other dust particles rise into the bag chambers with airflow. After being filtered by filter bags, dust is retained on the outer surface of the filter bag, while purified air is discharged into the atmosphere from inside of the filter bag through induced draft fan via bag mouth, upper box, and air outlet. The blowing system uses compressed air to create a pressure difference inside and outside of filter bags for external dust cleaning on filter bags. Fallen dust is transported by scraper conveyor to storage bin for storage then added back into SPC flooring raw materials for re-production.
This system not only significantly improves environmental friendliness and resource recycling rates in SPC flooring production lines but also protects employee health by optimizing working conditions while reducing energy consumption for economic benefits.
