Air Oil Separator 33762250

33762250 (often interchangeable with 36762250) is a high-efficiency air oil separator core designed specifically for industrial high-pressure screw air compressors.

Kernproduktvorteile

• Ultra-low residual oil content in air (

Adopting multi-layer composite microfiber filter media, it can capture fine suspended oil mist particles as small as 0.1 microns in diameter, ensuring the oil content of the outlet gas is reduced to an extremely low level and effectively protecting downstream precision pneumatic components, spraying processes or pneumatic tools.

• Low pressure loss design for energy saving:

The optimized folding or winding process delivers an extremely high porosity. The initial pressure drop is controlled at ≤ 0.02 MPa. This means air encounters minimal resistance when passing through, greatly reducing the motor load of the main unit and cutting industrial power consumption.

• High-pressure and burst-resistant structure:

The cylinder frame and flange are stamped and rolled from high-strength anti-corrosion steel plates. Having passed rigorous pressure pulse tests, it can withstand violent airflow impact under high-pressure and high-air-volume conditions (such as mobile drilling rigs and high-pressure mine working conditions), preventing uncontrolled oil leakage caused by filter element rupture.

• Dual electrostatic safety protection:

Static electricity is easily generated by friction between high-speed airflow and glass fibers. This filter element is equipped with built-in dedicated grounding conductive strips and metal fastening structures. Connected to the air compressor flange tank, it can instantly discharge static electricity to the ground, completely eliminating the risk of internal system combustion and explosion triggered by electrostatic sparks.

• Excellent tolerance to extreme working conditions:

The internal assembly adhesive and sealing gaskets feature outstanding high-temperature resistance (> 120°C) and resistance to synthetic oil corrosion. They will not delaminate or deform even after long-term immersion in high-temperature oil-gas environments.