JX Filtration ⁽¹⁴⁸⁾

The Role of Self-Cleaning Filter in Pumped Storage Power Plants In pumped storage power plants, water is pumped from the lower reservoir to the upper reservoir during off-peak periods to store energy, and released through turbines to generate electricity during peak demand. The entire system…

**01 High Level of Automation of the Self Cleaning Filter — No Manual Intervention Required** The entire process — impurity detection → cleaning initiation → flushing → reset — is fully automated through the control system (PLC + sensors). No manual disassembly or screen cleaning…

A self-cleaning filter is an intelligent filtration device based on mesh interception. It uses an internal cleaning mechanism—such as suction nozzles, brushes, scrapers, or backwash jets—to automatically detect impurity buildup, clean the filter screen, and discharge contaminants. It does not require manual removal or cleaning…

The self-cleaning filter is connected to the user’s pipeline through a flange connection. Follow the directional arrow marked on the filter body when connecting the pipeline. The inlet and outlet flanges are designed with a movable structure, allowing free rotation to adjust the orientation of…

A self-cleaning filter is a fully automatic filtration device with a filtration accuracy range from 20 μm to 5000 μm, capable of meeting a wide variety of filtration requirements. It mainly consists of a housing, filter element, cleaning brush, drain valve, controller, and sealing rings,…

Working Principle When wastewater enters through the inlet, it passes through a stainless steel sintered self-cleaning filter screen. Coarse particles are retained on the inner surface of the filter mesh, while the clean water flows from the inlet chamber to the outlet under the pressure…

1. Brush-Type Self-Cleaning Filter: “Filter and clean simultaneously — impurities removed on the spot.” Its core design features a single filter element with an internal rotating brush, which works like an “automatic toothbrush” for the screen. During operation, the unfiltered liquid passes through the filter…

Choose a Self-Cleaning Filter if your operating conditions meet any of the following: The impurities are sticky or oily, such as biological slime in circulating cooling water, oily wastewater, paper pulp, or food processing wastewater. High filtration accuracy is required, typically below 100 μm. System…

When selecting filtration systems, it is important to understand the differences between self-cleaning filters (brush or suction type) and traditional backwash filters. The following comparison highlights the key distinctions: Cleaning Method Self-cleaning filters utilize mechanical brushing or suction to remove impurities, whereas backwash filters rely…

Fundamental Difference: Completely Different Working Principles Although both are called “automatic filters,” their cleaning mechanisms are essentially different. 1. Working Principle of a Self-Cleaning Filter Cleaning Mechanism: Mechanical brushing + discharge. A motor drives a brush or scraper to physically remove impurities attached to the…