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Typical Scenarios: Installed downstream of air compressors and before/after dryers, it protects pneumatic valves, sensors, precision instruments, etc., from oil mist and particle pollution.
This type of filter reduces pressure drop while ensuring filtration precision through "gradient interception + coalescence separation" technology, serving as a key link in compressed air systems for transitioning from "rough purification" to "ultra purification".
Typical Scenarios: Installed downstream of air compressors and before/after dryers, it protects pneumatic valves, sensors, precision instruments, etc., from oil mist and particle pollution.
This type of filter reduces pressure drop while ensuring filtration precision through "gradient interception + coalescence separation" technology, serving as a key link in compressed air systems for transitioning from "rough purification" to "ultra purification".
Series | Filtration Precision | Core Function |
Series C | 3μm | Centrifugal oil-water separation,99% water removal rate |
Series T | 1μm | Fine filtration for main pipelines,70% oil mist removal |
Series A | 0.01μm | Micro oil mist filtration,residual oil rate ≤0.01ppm |
Series H | 0.01μm | Activated carbon adsorption,removal of odors/oil vapor |
1:Working Pressure: Standard 0.7MPa, adaptable to a maximum of 1.8MPa.:
2:Inlet Temperature: ≥60℃.
3. Maintenance Cycle: The service life of filter elements is about 2,000 hours (for Series C/T/A) or 2,000 hours (for Series H). Replacement is required when the pressure difference reaches ≥0.07MPa.
Series | Filtration Precision | Core Function |
Series C | 3μm | Centrifugal oil-water separation,99% water removal rate |
Series T | 1μm | Fine filtration for main pipelines,70% oil mist removal |
Series A | 0.01μm | Micro oil mist filtration,residual oil rate ≤0.01ppm |
Series H | 0.01μm | Activated carbon adsorption,removal of odors/oil vapor |
1:Working Pressure: Standard 0.7MPa, adaptable to a maximum of 1.8MPa.:
2:Inlet Temperature: ≥60℃.
3. Maintenance Cycle: The service life of filter elements is about 2,000 hours (for Series C/T/A) or 2,000 hours (for Series H). Replacement is required when the pressure difference reaches ≥0.07MPa.
Though upfront costs are 15–20% higher than conventional systems, energy savings yield payback in 2–3 years. Reduced maintenance - no belt/gear replacements, 2,000 hours interval oil/filter changes - lower lifecycle costs. Smart monitoring via IoT platforms enables remote diagnostics and predictive upkeep.
Driven by energy regulations and automation, the market grows at 5% CAGR (2025–2032). Innovations like IE5+ motors (reducing rare-earth materials by 30%) reinforce their role in sustainable industrial operations, aligning with global decarbonization goals.
Though upfront costs are 15–20% higher than conventional systems, energy savings yield payback in 2–3 years. Reduced maintenance - no belt/gear replacements, 2,000 hours interval oil/filter changes - lower lifecycle costs. Smart monitoring via IoT platforms enables remote diagnostics and predictive upkeep.
Driven by energy regulations and automation, the market grows at 5% CAGR (2025–2032). Innovations like IE5+ motors (reducing rare-earth materials by 30%) reinforce their role in sustainable industrial operations, aligning with global decarbonization goals.