Hydrocyclone Filter

Used as the primary filtration of groundwater and deep well water to remove large particles. Sand removal rate is up to 99%.

• Primary filtration for water quality in micro-irrigation systems.

• Primary treatment of groundwater and surface water with generally high sand content.

• The aerollon series Hydrocyclone Filters are suitable for irrigation of various crops such as vegetables, fruit trees, greenhouses, flowers, tea gardens, green spaces and field crops. They save water and energy, improve plant quality, upgrade product grade, maintain ecological balance, and benefit both the country and the people. They are essential irrigation products for the transformation from traditional agriculture to modern agriculture.

• The aerollon series Hydrocyclone Filters use centrifugal force generated by high-speed rotating water flow to separate sand particles and other heavy impurities from water. There are no filter screens or removable parts inside, resulting in a simple structure and easy maintenance.

• The aerollon Hydrocyclone Filters are available in various standard sizes from 2" to 6". Non-standard series can also be provided according to customer requirements.

• The aerollon Hydrocyclone Filters achieve a separation rate of approximately 98% for sand particles larger than 75μm, but cannot remove all impurities in water. For higher water quality requirements, they can be used in conjunction with other filters as needed.

• Abrasion-resistant rubber sand discharge port, long service life and replaceable.

• Sand storage tank equipped with quick-opening handhole cover for fast and convenient opening and dosing.
  

• The filter shell is fabricated on an automatic welding line, ensuring consistent and reliable quality and high pressure resistance.
  

• Both internal and external surfaces of the filter tank and pipelines are treated with electrostatic powder coating, providing sewage corrosion resistance and UV resistance, suitable for outdoor installation.
  

• Optimized structural design based on hydraulics principles, delivering excellent separation efficiency.
  

• Attractive appearance.
  

Technical Data Table