High-Efficiency Oil Separator Element 1625165747 for Screw Compressor Oil-Air Separation System
Product Specifications
| Parameter | Description |
|---|---|
| Model No. | 1625165747 |
| Medium | Compressed air & lubricating oil mixture |
| Separation precision | Extremely low residual oil content |
| Initial pressure drop | Very low, energy-saving design |
| Thermal stability | Suitable for continuous high-temperature operation |
| Pressure resistance | Meets typical industrial compressor system pressure |
| Filtration efficiency | High-performance oil mist capture |
| Filter media | Multi-layer composite glass fiber + polyester |
| Structure | Wound + laminated thermosetting |
| Service life | Long-lasting for continuous operation |
Product Details (Multiple Aspects)
1. Filter Media – Multi-layer Gradient Composite
High-quality imported glass fiber combined with strong polyester fiber, arranged in gradient density – outer layers capture larger oil droplets while inner layers trap fine oil mist, enabling deep-bed filtration and efficient coalescence.
2. Manufacturing Process – Thermoset Lamination
The media layers are thermoset under high temperature and pressure, ensuring structural integrity without fiber migration or shedding. End caps are bonded with high-strength adhesive to prevent bypass leakage.
3. Separation Performance – Ultra-Low Oil Carryover
Optimized coalescing and drainage layers allow oil droplets to quickly merge and drain back, delivering very low oil content in the outlet air, thus protecting downstream equipment such as dryers, precision instruments, and pneumatic tools.
4. Fluid Dynamics Design – Low Flow Resistance & High Energy Efficiency
Internal flow paths are optimized via CFD simulation for even air distribution, reducing local turbulence and resistance. Low initial pressure drop lowers compressor motor load, saving electricity over long-term operation.
5. Temperature & Pressure Stability
Heat-resistant resin and fiber materials maintain physical shape and filtration accuracy under hot compressed air. Pressure-tested structure handles system pressure fluctuations and pulsating conditions.
6. Mechanical Compatibility – Easy Installation, Precise Fit
Manufactured to common industry interface standards for separator tanks. Gasket grooves, center threads, and oil return holes match the original system – no piping modifications or special tools required.
7. Oil Return Structure – Prevents Re-Entrainment
Built-in dedicated oil return path and anti-siphon design ensure smooth drainage of coalesced oil back to the compressor lubrication circuit, preventing it from being blown back into the exhaust system.
8. Economy – Extended Service Interval, Reduced Downtime Cost
Material and structural optimization provide long service life under normal conditions, reducing change-out frequency and lowering labor and downtime costs.
9. Safety & Reliability – No Fiber Release, Meets Industrial Safety Standards
Media edges are sealed and thermoset, preventing free fiber contamination. Pressure resistance and fire safety levels meet general industrial compressor requirements.
10. Compatibility Statement
This is a performance-oriented standalone filter element. Its structural and sealing dimensions match the corresponding separator tank, allowing direct replacement without any other system modifications.
Company Information
XINXIANG MENGMA FILTER CO.,LTD.
Professional filter manufacturer covering compressor air-oil separators, hydraulic filters, precision filters, and more.
Contact Us:
Phone / WhatsApp / WeChat: +86 150 9033 8589
Email: joy@mmfilter.com
Samples or bulk orders – welcome to inquire.
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