* Customization available for high pressure and other special standards.
* Customization is welcome for pressures above 1.6MPa and below 0.5MPa.
- Integrated oil removal, water removal, and dust removal
- Best fluid dynamics design, three in one filtration optimization design principle, with high oil removal efficiency
- Imported filter materials, high flow rate, low pressure drop
The high-efficiency oil remover combines cyclone separation, inertial separation, and ultrafine fiber filtration. Compressed air enters the cylinder tangentially, utilizing the density difference between oil mist particles and air. Through inertia, centrifugal force, and gravity, 100-200μm impurities are removed via cyclone separation. Then, 50-75μm impurities are removed through inertial demisting. Next, the pre-filter box removes impurities above 5μm. Finally, aerosol oil mist is precisely filtered through a coalescing filter, removing oil mist particles above 0.01μm. Collected impurities, oil mist, and water droplets are discharged from each layer’s drainage port.
The high-efficiency oil remover excels at oil and foam removal, making it an essential pre-treatment device for adsorption dryers. Whether using oil-lubricated or oil-free lubricated compressors, users should equip their adsorption dryers with a high-efficiency oil remover. This not only removes oil from compressed air, protecting the adsorbent but also prevents liquid water from entering the dryer. This aids in reducing the regeneration energy consumption ofthe adsorbent and ensures the quality of the air source.
The high-efficiency oil remover should be installed after the gas-liquid separator and before the drying device, matching the exhaust pressure and exhaust volume of the air compressor. This ensures that the oil content of the compressed air entering the adsorption dryer meets the required standards, enabling the adsorption dryer to operate normally and efficiently.
