The rotary pipeline filter is a device used for the return oil filtration in hydraulic systems or the filtration of low-pressure oil supply systems, primarily intended to remove pollutants such as metal particles generated by component wear and other impurities from the oil. Below is a detailed introduction to the rotary pipeline filter:

I. Product Features

Structural Composition: The rotary pipeline filter primarily comprises two parts: the filter head and the filter housing (core). The filter head is typically manufactured from aluminum alloy, featuring an attractive appearance and durability. The filter housing (core), on the other hand, utilizes a new technology of integral forming from thin steel plates, combined with paper or chemical fiber filter elements to form a steel-cased filter cartridge, offering advantages of lightweight and easy replacement.

Filter Element Material: The filter element is crafted from high-performance filter media, ensuring low oil flow resistance, high dirt-holding capacity, and excellent filtration efficiency.

Bypass Valve Design: Equipped with a bypass valve within the filter head, when the steel-cased filter cartridge becomes clogged, the oil can flow through the bypass valve into the system, allowing the system to continue operating albeit with reduced filtration efficiency. Timely shutdown and replacement of the steel-cased filter cartridge are required.

Contamination and Blockage Indicator: The filter head is equipped with a hole for installing a contamination and blockage indicator, facilitating the timely monitoring of the filter element's condition and alerting users to replace the filter.

II. Working Principle

The working principle of the rotary pipeline filter is straightforward: as the fluid passes through the filter, impurities are blocked by the filtering elements within, while the clean fluid is discharged through the filter outlet, achieving the purpose of purification.

III. Application Scenarios

The rotary pipeline filter finds extensive application in hydraulic systems, lubrication systems, and other fields, particularly in scenarios requiring high-precision filtration, such as precision machine tools, aerospace equipment, metallurgical equipment, among others.