Fluidguard Machinery Equipment Co., Ltd. amy@aida-machinery.com
Call Us : 0086-15137376132
Model : 1629010203
Type : Air Filters
Replacement for : 1629010203
After rough gravity separation inside the oil tank, oil-air mixed gas flows through this element for secondary ultra-fine coalescence. It recovers most compressor lubricating oil to lower oil consumption, and significantly reduces oil contamination load of downstream inline precision filters, extend
Part numbers marked "replacement" are not affiliated with the original manufacture.
Part Number: 1629010203
Sealing: Integrated high-temperature resistant rubber flat flange gasket
Separation Performance:
Captures oil mist particles ≥0.1 μm
Residual oil carryover in compressed air ≤2–3 ppm
Separation efficiency ≥99.99%
Max Working Pressure: 1.6 MPa
Continuous Operating Temperature: 60℃ ~ 110℃
Initial Pressure Drop: ≤0.02 MPa
Standard Service Life: 4,000 running hours or 12 months
Application Scenarios
Medium factory single-unit compressed air stations, machinery processing workshops, automotive component spray booth pretreatment, food & beverage packaging production lines, laboratory medium-flow precision pneumatic instruments, lithium battery pilot workshop auxiliary air supply
Product Features
High-density multi-gradient microglass coalescing media achieves ultra-high interception efficiency for invisible submicron oil mist; gravity self-drain design minimizes oil loss and reduces long-term operation cost.
Double-layer galvanized metal inner & outer support mesh, excellent anti-vibration & anti-corrosion performance; filter media will not deform, sag or collapse under long-term steady high-temperature airflow impact.
One-piece integrated flange flat gasket with uniform compression force, stable sealing performance under continuous high operating temperature, effectively preventing internal oil-air leakage inside the tank.
Product Description
After rough gravity separation inside the oil tank, oil-air mixed gas flows through this element for secondary ultra-fine coalescence. It recovers most compressor lubricating oil to lower oil consumption, and significantly reduces oil contamination load of downstream inline precision filters, extending the service life of all pipeline compressed air filter elements.