automatic self cleaning filter

automatic self cleaning filter

An Automatic Self-Cleaning Filter is designed to provide efficient and continuous filtration for various water systems. It automatically removes debris and particles, ensuring a consistent flow of clean water. Equipped with a self-cleaning mechanism, it reduces maintenance needs and minimizes downtime. Ideal for industrial, agricultural, and commercial applications, these filters enhance system longevity by preventing clogging and ensuring smooth operation. Built with durable materials and advanced filtration technology, they offer high performance, energy efficiency, and reliable operation even in challenging environments.

Types automatic self cleaning filter :

An Automatic Self-Cleaning Filter ensures continuous water filtration by automatically removing debris and particles. It reduces maintenance, prevents clogging, and enhances system efficiency, making it ideal for industrial, agricultural, and commercial applications.

There are four basic grades available in automatic self cleaning filter:

  • Standard Grade – Ideal for general filtration needs with moderate debris levels.
  • Heavy-Duty Grade – Designed for industrial use with high debris and continuous operation.
  • Fine Filtration Grade – Offers advanced filtration for removing finer particles in sensitive systems.
  • High-Capacity Grade – Suitable for large-scale operations requiring high-volume filtration.

Product Specification

Leading Manufacturer of Resin Coated Product, 15mm Product, 12mm Product, 10mm Product, 9mm Wooden Product and Commercial Product

Material: Stainless Steel/High-Grade Plastic (depending on model)
Filtration Capacity: 10 to 300 microns
Flow Rate: 10 m³/h to 500 m³/h (varies with model)
Cleaning Mechanism: Automatic backwashing or suction scanning
Pressure Range: 2 to 10 bar
Inlet/Outlet Size: 1 inch to 12 inches (customizable)
Control System: Automatic electronic control with manual override
Temperature Range: Up to 60°C (custom models available for higher temperatures)
Installation: Horizontal or vertical mounting
Power Supply: 220-240V AC, 50/60Hz
Maintenance: Low-maintenance with self-cleaning mechanism for reduced downtime
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Hydro cyclone filters

Hydro cyclone filters efficiently separate sand and heavy particles from water using centrifugal force. Ideal for irrigation and industrial use, they enhance system performance, reduce clogging, and ensure durable, low-maintenance filtration.

Material: High-grade corrosion-resistant stainless steel or reinforced polymer
Flow Rate:td> Ranges from 5 m³/h to 100 m³/h, depending on model size
Operating Pressure: 2.5 to 10 bar)
Filtration Capacity: Capable of separating particles as small as 40 microns
Inlet/Outlet Size: 1.5 inches to 6 inches (customizable)
Efficiency: Up to 90% sand and sediment separation efficiency
Installation Type: Vertical or horizontal configuration
Maintenance: Easy to disassemble and clean with minimal downtime
Applications: Suitable for agricultural irrigation, industrial processes, and water treatment systems
Certifications: ISO 9001, CE-certified for quality assurance
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FAQs

What is an automatic self-cleaning filter?

An automatic self-cleaning filter is a filtration system that removes debris and particles from liquids without manual intervention. It uses an automatic cleaning mechanism, usually triggered by differential pressure or time intervals.

It typically works by using a screen or mesh to trap debris. When the filter gets clogged, a cleaning cycle is automatically triggered. This process may involve backwashing, scraping, or suction to clean the screen while the system continues filtering.

  • Reduced maintenance and labor costs
  • Consistent filtration performance
  • Increased system efficiency
  • Less downtime and operational interruptions
  • Eco-friendly by minimizing water wastage

Yes, most automatic filters require a power source for the control unit and cleaning mechanism. Some models may also operate using hydraulic or pneumatic systems.

The frequency depends on the application and water quality. It can be triggered by a preset time interval or when differential pressure exceeds a threshold.

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