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Product Overview
A critical component that separates oil droplets from compressed air/gas, delivering clean output while reclaiming lubricating oil for re-circulation. Advanced filtration eliminates oil carryover, protecting downstream equipment, cutting costs, and meeting environmental standards.
Core Performance
1. High Separation Efficiency: ≥99.9% removal for 0.1-micron droplets; oil carryover ≤3 ppm (exceeds industry precision benchmarks).
2. Low Pressure Drop: Optimized design keeps pressure loss ≤0.2 bar at max flow, cutting energy use and maintaining system efficiency.
3. Wide Operating Range: Withstands -10°C to 120°C and up to 10 bar, adapting to harsh environments (e.g., high-temp machinery, heavy compressors).
Application Scenarios
Compressed Air Systems ：Used in rotary screw/reciprocating/centrifugal compressors to remove oil, guarding downstream gear.
Hydraulic Systems Separates air/oil mist from fluids, avoiding pump cavitation and ensuring cylinder performance.
Vacuum Pumps: Eliminates oil vapor in semiconductor, food, or lab setups, preserving vacuum purity.
Turbo-machinery: Applied in gas turbines/diesel engines to separate oil from crankcase air, reducing emissions and extending component life.
Key Selling Points
1. Purity + Cost Savings: Recycles 98% of entrained oil (cuts procurement costs) and prevents costly downstream equipment damage.
2. Durable & Low-Maintenance: Corrosion-resistant housing (aluminum alloy/stainless steel) with easy-replace filters.
3. Customizable: Sizes (½”–4” ports) & configurations (inline/vertical/horizontal) for 5–500 Nm³/h flow.
4. Compliance & Sustainability: Meets ISO 8573-1, CE; reduces oil waste (aligns with eco-friendly practices).
Product Overview
A critical component that separates oil droplets from compressed air/gas, delivering clean output while reclaiming lubricating oil for re-circulation. Advanced filtration eliminates oil carryover, protecting downstream equipment, cutting costs, and meeting environmental standards.
Core Performance
1. High Separation Efficiency: ≥99.9% removal for 0.1-micron droplets; oil carryover ≤3 ppm (exceeds industry precision benchmarks).
2. Low Pressure Drop: Optimized design keeps pressure loss ≤0.2 bar at max flow, cutting energy use and maintaining system efficiency.
3. Wide Operating Range: Withstands -10°C to 120°C and up to 10 bar, adapting to harsh environments (e.g., high-temp machinery, heavy compressors).
Application Scenarios
Compressed Air Systems ：Used in rotary screw/reciprocating/centrifugal compressors to remove oil, guarding downstream gear.
Hydraulic Systems Separates air/oil mist from fluids, avoiding pump cavitation and ensuring cylinder performance.
Vacuum Pumps: Eliminates oil vapor in semiconductor, food, or lab setups, preserving vacuum purity.
Turbo-machinery: Applied in gas turbines/diesel engines to separate oil from crankcase air, reducing emissions and extending component life.
Key Selling Points
1. Purity + Cost Savings: Recycles 98% of entrained oil (cuts procurement costs) and prevents costly downstream equipment damage.
2. Durable & Low-Maintenance: Corrosion-resistant housing (aluminum alloy/stainless steel) with easy-replace filters.
3. Customizable: Sizes (½”–4” ports) & configurations (inline/vertical/horizontal) for 5–500 Nm³/h flow.
4. Compliance & Sustainability: Meets ISO 8573-1, CE; reduces oil waste (aligns with eco-friendly practices).
