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Oil Separators Filters

6.3672.0 Air/Oil Separator Filter

6.3672.0 Air/Oil Separator Filter

Model : 6.3672.0

Type : Oil Separators Filters

Replacement for : 6.3672.0

It adopts high-efficiency gradient glass fiber coalescing separation technology to capture micron-scale lubricant aerosol mixed in compressed air. Separated lubricant flows back to compressor main unit via central bottom oil return tube for circulation, drastically cutting lubricating oil consumptio

Part numbers marked "replacement" are not affiliated with the original manufacture.

Description

Part No: 6.3672.0

Type: Flange-mounted built-in coalescing air/oil separator cartridge

Filter Media: Imported HV borosilicate micro glass fiber composite media

Separation Efficiency: ≥99.999%

Residual Oil Carry-over: ≤2–3 ppm

Standard Service Life: 3500–6000 working hours

Max Working Pressure: 0.7–1.3 MPa

Operating Temperature Range: -20℃ ~ 120℃

Initial Pressure Drop: ≤0.02 MPa

Replacement Alarm Differential Pressure: ≥0.08 MPa

Net Weight: 0.93 kg

Dimensions (mm)

Max Flange Outer Diameter: 128mm

Cartridge Outer Diameter: 99mm

Central Inner Hole Diameter: 40mm

Overall Height: 170mm

Application Scenarios

Small auto repair shops, dental air supply systems, laboratory precision instruments, small packaging machinery, electronic component assembly, mini factory pneumatic stations, hobby workshop air tools

Product Features

Multi-gradient high-density glass fiber media with stable oil mist storage capacity, anti-saturation under light continuous loads, stably controls residual oil outlet ≤3 ppm through full service cycle.

Double-layer fully perforated galvanized anti-static inner & outer support cages, corrosion and pressure surge resistant. Eliminates static ignition hazards in oil mist environment; filter media will not deform or collapse under continuous full-load running.

Product Description

It adopts high-efficiency gradient glass fiber coalescing separation technology to capture micron-scale lubricant aerosol mixed in compressed air. Separated lubricant flows back to compressor main unit via central bottom oil return tube for circulation, drastically cutting lubricating oil consumption and extending overall machine maintenance interval.

It provides full protection for downstream small refrigerated dryers, adsorption dryers, precision pneumatic valves and laboratory testing instruments, lowering breakdown rate and maintenance cost of air post-processing purification system.

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