Oil Separators Filters

Model: P-CE03-521

Type: Built-in Flange Air Oil Separator Filter Element

Core Technical Specifications

Filter Media: Multi-layer imported high-temperature borosilicate glass fiber composite

Filtration Precision: 0.1 μm oil mist aerosol

Separation Efficiency: ≥99.9%

Residual Oil Content in Discharged Air: ＜3 ppm

Max Working Pressure: 1.6 MPa / 16 bar

Max Continuous Operating Temperature: ≤110℃

Initial Differential Pressure: ≤0.02 MPa

Installation: Multi-hole fixed flange with high-temperature resistant composite gasket

Outer & Inner Support: Perforated galvanized steel protective mesh

Key Product Features

High-efficiency Air-Oil Coalescing Separation

Special gradient glass fiber medium fully captures submicron oil mist mixed in compressed air. Tiny oil droplets collide and aggregate into large liquid oil, which flows back to the oil tank by gravity. It effectively reduces oil carryover rate, cuts compressor lubricant consumption and avoids oil contamination of downstream pipeline and terminal equipment.

Low Pressure Drop Energy-saving Design

Uniform deep folded fiber structure expands effective filtration area remarkably. Stable low airflow resistance is maintained under long-term full-load continuous operation, eliminating extra power loss caused by high back pressure and lowering overall operation cost.

Extra Large Oil Holding Capacity

Multi-depth layered filtration structure stores massive separated lubricating oil, extends maintenance intervals and reduces production downtime for filter replacement.

Double-layer Galvanized Steel Reinforced Mesh

Inner and outer perforated metal cages resist high-speed airflow impact, prevent filter media collapse, deformation and fiber shedding, and avoid secondary air pollution inside the compressor system.

High-temperature Sealing Flange Gasket

Heat-resistant composite flange gasket provides tight sealing after flange bolt fastening. Zero oil-air leakage under long-time temperature and pressure fluctuation, stable separation performance without attenuation.

Working Principle

High-temperature oil-gas mixture discharged from the screw airend enters the separator tank and flows through the outer layer of the oil separator element. Submicron oil mist aerosol is intercepted and coalesced by gradient glass fiber media, aggregated into heavy liquid oil, which drips back to the bottom of the tank for circulating lubrication. Clean low-oil compressed air flows out from the central channel to the post-processing air pipeline.

Application & Industries

Widely applied in machinery manufacturing, automotive parts processing, packaging printing, textile factories, general spray painting, food processing and factory centralized air supply systems.