Air-Oil Separator B010454350

Part number B010454350 (also commonly written as 010454350 or 10454350) is the oil-gas separator core for  screw air compressor. Enquire about relevant information.

Core Functions and Working Principle

This separator element adopts the "coalescence interception" principle:

1. Coarse separation: More than 90% of large oil droplets settle to the bottom of the oil-gas barrel through mechanical collision and gravity when entering the barrel.

2. Fine separation (function of this product): Air containing micron-sized oil mist passes through the special multi-layer composite glass fiber layer of the filter element.

3. Coalescence and recovery: Extremely tiny oil droplets are trapped and merge with each other when passing through the filter screen to form larger oil droplets. These droplets flow to the bottom of the filter element under gravity, are sucked back into the airend for recycling via the oil return pipe of the air compressor, and finally clean high-pressure air with almost no oil content is discharged.

Product Structure and Design Features

• Multi-layer stepped filtration: The internal filter media generally consists of a pre-filter layer, an ultra-fine fiber coalescing layer, a support layer and a separation layer. This multi-layer design not only improves filtration efficiency, but also gives the filter element an extremely high dirt-holding capacity.

• Heavy-duty reinforced metal frame: High-strength, corrosion-resistant perforated mesh or spiral lock-seam frame is adopted, featuring excellent pressure resistance and impact resistance. It can withstand high pressure differentials without deformation or rupture.

• High-temperature resistant special adhesive: Modified polyurethane or epoxy resin adhesive is used for high-strength bonding and curing between the end caps at both ends of the filter element and the central frame, ensuring no debonding or air leakage for long-term service under high-temperature (up to 120°C) and high-pressure conditions.

• Graphite anti-static gasket: Metal conductive pins (or conductive strips) are embedded in the attached sealing gasket. Static electricity is easily generated by the high-speed friction of oil and gas. This design conducts static electricity to the equipment for discharge, effectively preventing internal explosion and combustion inside the oil drum caused by static sparks.