Air/Oil Separator element P525191

P525191 is an industrial coalescing air oil separator element. As a leading brand in the global filtration industry, Donaldson designed this filter element specifically for high-power screw air compressors and industrial gas compression systems. It is mainly responsible for high-precision coalescence and interception of micron-sized lubricating oil mist in compressed air to ensure the delivery of high-quality, oil-free clean air.

Four Major Technical Highlights of the Product

1. Multi-Layer Coalescing Filtration Technology (Coalescing Media)

It adopts Donaldson's specially made continuous multi-layer high-density glass fiber. When compressed air containing a large amount of oil mist passes through, tiny oil droplets (0.1~1μm) will be captured and merged into large oil droplets, which sink to the bottom of the filter element under the action of gravity to achieve ultra-efficient liquid-gas separation.

2. Extremely Low Operating Resistance (Low Initial Pressure Drop)

The precisely optimized porosity of the filter media keeps the resistance (pressure drop) when compressed air passes through at an extremely low level (usually ≤ 0.02 MPa). This can significantly reduce the energy consumption of the air compressor and save a large amount of electricity costs for factory operation every year.

3. Strict Residual Oil Content Control

Under normal rated working conditions, the residual oil content of the compressed air after separation can be strictly controlled within 1 ~ 3 ppm. It can effectively protect the downstream precision filters, refrigerated dryers and gas-using terminals (such as spraying, pneumatic components, automatic production lines, etc.).

4. High-Strength Pressure-Resistant and Conductive Anti-Static Structure

The skeleton is made of corrosion-resistant, high-strength perforated metal mesh, which can withstand the airflow impact during the start-up and frequency conversion of the air compressor and prevent the filter element from deforming. Meanwhile, a reliable built-in metal conductive sheet prevents potential safety hazards caused by static electricity generated by high-speed friction between oil and gas.