Turbocharged Cyclone Dust Collector

Dust Collector Filter Turbocharged Cyclone Separator with Removable Flange Base Cyclone Dust Collector

Product Overview:
dust collection system with this Turbocharged Cyclone Separator, designed for maximum efficiency in separating dust, debris, and fine particles from airflow. This high – performance dust collector filter features a removable flange base for easy installation and maintenance, making it the perfect addition to any workshop, industrial facility, or personal processing space.

Key Features:

• High – Efficiency Cyclone Separation:
  Utilizes centrifugal force to efficiently separate dust and debris from clean air, preventing filter clogging and extending the life of your vacuum system.

• Universal Compatibility:
  Cyclone Dust Collector is ideal for use with most standard vacuum cleaners (with power >1200W) and dust extraction systems, making it suitable for various applications such as woodworking, metalworking, food processing, and plastic granule collection.

• Removable Flange Base:
  Cyclone Dust Collector allows for hassle – free cleaning and dust disposal without disassembling your vacuum or dust collector.

• Wide Industrial Application:
  Cyclone Dust Collector is perfect for machinery, textiles, cement plants, grain mills, thermal power plants, metallurgy workshops, steel industries, and even commercial sweepers and personal DIY setups.

• Durable & Reliable Construction:
  Cyclone Dust Collector is built to withstand industrial environments with high – speed airflow and continuous dust exposure.

Technical Specifications:

Collection Efficiency: 80% – 95%
Compatible Fan Power: >750W
Air Volume Range: 80 – 210 m3/h
Wind Pressure: 2.0 – 38 kPa
Vacuum Cleaner Power: >1200W

Accessories Included:

1 x Dust Collector Filter Cyclone Separator
2 x Straight Conversion Tubes (Ø50mm)
2 x Stainless Steel Hoops (Ø46 – 60mm)
4 x M5 × 20mm Stainless Steel Bolts

Important Usage Notes:

• Ensure the air intake is at least 70% open to prevent dust blockage (“choking dust” effect).

• Avoid burying the suction port directly into dense dust to maintain proper airflow and effective separation.