High-Efficiency Dust Removal Performance
High Filtration Accuracy: Utilizing polyester fiber, glass fiber, or PTFE membrane filter media, it can capture particles larger than 0.1 microns, meeting ultra-low emission requirements.
Stable Classification Efficiency: Through pulse jet cleaning technology, the dust layer on the filter bag surface remains uniform, ensuring stable resistance over long-term operation and preventing efficiency degradation.
Strong Adaptability and Wide Application
Large Air Volume Handling Range: Single-unit air volume handling ranges from thousands of cubic meters per hour to millions of cubic meters per hour, adaptable to production lines of different scales.
Temperature and Corrosion Resistance: Filter bag materials can be selected from high-temperature resistant (such as aramid, PPS) or acid and alkali resistant (such as PTFE) materials, adapting to high-temperature, high-humidity, and corrosive gas conditions.
Energy Saving and Environmentally Friendly, Low Operating Costs
Low Cleaning Energy Consumption: The pulse jet cleaning system uses compressed air for instantaneous backflushing, resulting in high cleaning efficiency and energy consumption only 1/3 that of traditional mechanical vibratory cleaning systems.
Long filter bag life: High-quality filter bags can last 2-4 years under normal use. Pre-coating technology can further extend their lifespan and reduce replacement frequency.
Modular structure for easy maintenance
Compartmental design: Utilizing an independent air chamber structure, filter bags can be inspected or replaced online without downtime, ensuring continuous production.
Intelligent control: Equipped with a differential pressure sensor and PLC control system, it automatically adjusts the dust removal cycle, reducing manual intervention.
