High-Efficiency Coalescing Air Oil Separator Element 1622314000 2901162600 for Screw Air Compressors
1. Product Introduction
During the operation of oil-injected screw air compressors, compressed air carries a considerable amount of lubricant mist. If discharged without treatment, it not only wastes oil but also contaminates downstream air-using equipment. This oil separator cartridge is designed to address exactly this issue and corresponds to part numbers 1622314000 and 2901162600.
Inside the cartridge, a multi-layer glass fiber composite structure captures oil mist layer by layer as air passes through, merging it into droplets that settle at the bottom and flow back to the host oil circuit. Through this process, the discharged air becomes cleaner and unit oil consumption is effectively controlled.
2. Technical Specifications
| Item | Details |
|---|---|
| Corresponding Part No. | 1622314000 / 2901162600 |
| Product Type | Oil-Air Separation Cartridge |
| Filtration Rating | Micron-grade fine filtration |
| Separation Efficiency | High |
| Outlet Oil Content | Low |
| Initial Pressure Differential | Low |
| Working Pressure | Suitable for standard compressor conditions |
| Collapse Resistance | Strong |
| Service Cycle | Long-lasting |
| Filter Media | Imported Glass Fiber |
| Seals | Viton (FKM) |
| End Caps | Corrosion-Resistant Steel |
3. Product Features
Carefully Selected Media, Thorough Separation
Imported glass fiber serves as the primary filtration medium, balancing particle interception and oil mist coalescing to maintain stable separation under varying load conditions.
Smooth Airflow, Lower Pressure Loss
The pleated structure and optimized flow path reduce airflow resistance, helping cut overall pressure loss and maintain discharge efficiency.
Solid Workmanship, Resistant to Deformation
Corrosion-resistant steel end caps and Viton seals maintain good sealing under alternating hot and cold conditions. The overall strength is high, resisting collapse under pressure for a longer service life.
Efficient Oil Return, Lower Oil Consumption
A flow guide structure at the bottom allows coalesced oil to return quickly to the lubrication system, reducing oil loss with the gas stream and keeping host oil levels steady.
4. Separation Process
Oil-mist-laden compressed air enters the cartridge from the intake side. Larger oil droplets are first intercepted mechanically, while finer mist is captured by the glass fiber layers. As oil particles keep merging, their volume gradually increases until they settle at the bottom under gravity and return to the compressor lubrication system through the oil return channel. Through this cycle, the discharged air is cleaner and lubricant loss is lower.
5. Application Scenarios
Rotary screw air compressors
Oil-injected lubrication compressor systems
Industrial compressed air systems with high air purity requirements
Metallurgy, electronics, pharmaceutical, and petrochemical industries
Power generation and general manufacturing fields
6. Usage Recommendations
When operating pressure differential rises noticeably above normal levels, replace the cartridge promptly
If pressure differential increases too quickly, check the air filter and oil filter condition at the same time
Actual service cycle depends on operating environment, oil quality, and maintenance habits
7. Contact Information
Company: XINXIANG MENGMA FILTER CO., LTD.
Phone / WhatsApp: +86 150 9033 8589
Email: joy@mmfilter.com
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