Product Introduction

As a downward airflow dust collector, it uses mechanisms of collision, blocking, diffusion, and electrostatics to remove fine particles from dust-laden gas. This dust collector has a structure where the dust-containing air is sucked from above to below and filters are mounted horizontally. When compressed air is sprayed onto the filter, the dust fallen from the filter surface does not reattach due to the rising air current, structurally increasing the life of the filter media compared to traditional filter dust collectors.

Here, the ultra nano filter has a high filtration efficiency capable of removing 0.3 µm particles with 99.1% efficiency while also having low pressure loss. Due to the surface treatment method of the filter, clogging is less, and the detachment effect by the Air Pulse Jet is excellent, hence the lifespan is long. Due to these characteristics, the smart nano dust collector can significantly reduce the cost of replacing filters, as the lifespan of the filter is up to three times longer than traditional models.

These characteristics allow for faster filtration speeds when processing the same capacity of dust-laden gas compared to traditional filter dust collectors, therefore maintaining the same performance while greatly reducing the volume of the dust collector, saving on manufacturing costs and installation space.

Key Features

• Downward airflow dust collector

  • A downward airflow dust collector where the pollutant source is sucked from above to below and the filter is mounted horizontally.
  • Due to the downward airflow structure, particles captured in the dust chamber are not resuspended by the rising airflow, and during the operation of the dust collector, when the filter is air-pulsed (cleaned with compressed air), particles that fall from the filter surface do not reattach to the filter, thus extending the life of the filter.
  • It can be designed with a filtration speed 1.5 to 3 times faster than traditional filter dust collectors, resulting in a smaller volume of the dust collector, less installation space, and reduced manufacturing costs.
  • All parts susceptible to pollution are externalized to reduce the occurrence of minor faults.
  • The rise in pressure loss is gradual, allowing for stable operation over long periods.

• Dust collector equipped with an ultra nano filter developed with proprietary patent technology

  • The ultra nano filter is equipped with nano-fiber coated on the filter surface.
  • It has a very high filtration efficiency (99.1%@0.3µm), effectively removing fine dust and fumes.
  • Its lifespan is about twice as long as that of commonly used polyester (Polyester) filters.
  • Developed and produced using our proprietary patent technology, it is cheaper than imported filters.

  
  

  • Normal P&E filter: average lifespan less than 2 years
  • Membrane filter: average lifespan less than 3 years
  • Ultra nano filter: average lifespan less than 4 years

Core Design Factors

• • The sizing or grading of the dust collector is determined by the ratio of airflow to filter area, which is referred to as the filtration speed.
  • The temperature of the dust-laden gas and the characteristics of the pollutant source are considered to keep the filtration speed from exceeding 3m/min, typically designed around 1~2m/min.

Applications

• • Facilities emitting particulate matter in minerals, wood, cement, chemicals, pharmaceuticals, medicines, plastics, food, feed, grain, milling, fertilizer, etc.
  • Facilities subject to air pollutant emission permits and approvals
  • Businesses required to submit a hazardous risk prevention plan