Precision air filters for air compressors effectively eliminate contaminants like dust, oil, and moisture, ensuring clean, dry air. They protect equipment from clogging and corrosion, enhancing efficiency and extending lifespan while reducing maintenance costs. Explore our two types of compressed air filters:
Standard Compressed Air Filter: The C/T/A seriesfilters effectively remove water and oil droplets, dry solid particles, and even the smallest traces of oil residue from compressed air, ensuring optimal air quality for various applications.
High Pressure Compressed Air Filter: High-pressure compressed air filters HPC/T/A series eliminate oil, moisture, and particles, ensuring optimal air quality for demanding industries such as petrochemicals, manufacturing, and electronics under high-pressure conditions.
Model: C/T/A series
Air Capacity: 1.2-160 [Nm³/min], 42-5650 [cfm]
Pressure Range: ≤1.6 MPa
Micron Size: 3 μm, 1 μm, 0.01 μm
Applicable Compressor Models: OGWY(B), OGWYC, OGWBD
Model: HPC/T/A series
Air Capacity: 1.2-160 [Nm³/min], 42-5650 [cfm]
Pressure Range: ≤4.0 MPa
Micron Size: 3 μm, 1 μm, 0.01 μm
Applicable Compressor Models: OGWBE
Turnkey Solutions for Your Industrial Production
Gairs compressors are supported by a comprehensive range of dryers and accessories. Together, our products create a complete, integrated solution for all your compressed air needs. Keep reading to discover more about how we can optimize your system.
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Gairs’ OGWBD series were specifically developed to meet the demands of users in industries such as glass bottling, who previously relied on pressure-reducing valves on 7-10 bar machines to achieve low-pressure effects.
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PET Bottling ProductionGairs’ OGWBE series are capable of achieving exhaust pressures up to 40 bar during plastic bottling. Compared with traditional piston compressors, the biggest advantage of OGWBE series is energy saving and low maintenance cost.
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By avoiding oil contamination, oil-free compressors help in reducing defects and ensuring the high quality and reliability of semiconductor products, which makes them a preferred choice in this high-tech industry.
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PharmaceuticalOil-free compressors ensure that the air used in pharmaceutical processes, such as filling, packaging, and other operations, does not carry oil that could lead to contamination or affect the operation of sensitive equipment.
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FermentationLow pressure (3 to 5 bar) is needed during aeration and mixing process which involves introducing air into the fermentation vessel to supply oxygen to microorganisms or to mix the contents. OGWBD sereis would be a great choice for this application.
Air Compressor System Installation Guide
Since water-injected oil-free single screw compressors contain no oil, installing the C and T series air filters is typically sufficient. However, for more demanding applications, such as in the pharmaceutical and chemical industries, additional A series filters or sterilizing filters are required to meet stringent compressed air quality standards.
You May Also Want To Know
The following are frequently asked by our customers about oil-free water lubricated air compressors.
Standard compressed air filters are designed for general use in low to medium-pressure systems (equal or less than 1.6 MPa). High-pressure air filters are specifically built for systems operating under higher pressures (up to 4.0 MPa) and are engineered to handle more demanding conditions.
Our air filters are available in various micron sizes, including 3 μm, 1 μm, and 0.01 μm, which ensures the removal of different sizes of contaminants like dust, oil, and moisture from compressed air.
Air filters remove contaminants such as dust, oil, rust, and water from the compressed air, ensuring that your equipment operates efficiently, preventing damage, and improving the quality of the air used in industrial applications.
No, standard air filters are not suitable for high-pressure systems. High-pressure systems require filters specifically designed to withstand higher operating pressures and provide optimal filtration to maintain system integrity and performance.
Filter element replacement depends on the level of contamination and usage frequency. Typically, it’s recommended to inspect and replace the filter elements every 12 months, or based on the manufacturer’s recommendations, to maintain optimal filtration performance.
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