An Oil Separator is a critical filtration component designed to efficiently separate oil from compressed air, refrigerant, or gas streams in industrial and HVAC systems. It ensures oil-free air/gas output while recovering lubricant for reuse, protecting downstream equipment and improving system efficiency.

• Ultra-High Efficiency - Removes 99.9% of oil aerosols (meets ISO 8573-1 Class 0 standards)
• Low Pressure Drop - Optimized design minimizes energy consumption
• Durable Construction - Stainless steel, fiberglass, or composite materials for long service life
• Environmentally Friendly - Reduces oil waste and contamination risks
• Easy Maintenance - Replaceable cartridge or centrifugal designs

1. Inlet: Oil-mixed air/gas enters the separator
2. Separation:
   • Coalescing: Oil droplets merge on filter media
   • Centrifugal: Rotation forces oil to outer walls
3. Drainage: Separated oil returns to the reservoir
4. Outlet: Oil-free air/gas exits the system

• Compressed Air Systems (Screw/piston compressors)
• Refrigeration & HVAC (Oil-refrigerant separation)
• CNG/LPG Stations (Gas purification)
• Industrial Pneumatics (Oil-free tool air supply)

• Flow Capacity (CFM/Nm³/min): Match to compressor output
• Operating Pressure (e.g., 8-16 bar standard, 25+ bar high-pressure)
• Oil Type Compatibility (Mineral, synthetic, PAG)
• Efficiency Class (ISO 8573-1 Class 0-3)

Replacement Indicators:

• Oil carryover in air/gas stream
• Pressure drop increase (>0.3-0.5 bar)
• Exceeding 4,000-8,000 service hours

Best Practices:

• Use OEM-compatible cores for optimal performance
• Pair with pre-filters to extend separator life

• 99.9% Oil Removal - Industry-leading efficiency
• Global Certifications - ISO 12500, ISO 8573-1, ASME
• Wide Compatibility - Fits Atlas Copco, Ingersoll Rand, etc.
• Custom Solutions - Available for special flow/pressure needs