Other Filters

Part No: 2258290032

Filter Media: Multi-layer HV borosilicate micro glass fiber composite coalescing media

Filtration Precision: Solid particles ≥0.01 μm removed, residual oil ≤0.01 ppm

Separation Efficiency: ≥99.999% for oil mist, condensed water and fine dust

Standard Service Life: 4000 working

Max Working Pressure: 1.6 MPa

Operating Temperature Range: 2℃ ~ 65℃

Initial Pressure Drop: ≤0.01 MPa

Replacement Alarm Differential Pressure: ≥0.05 MPa

Gross Weight: 0.52 KG

Dimensions (mm)

Cartridge Outer Diameter: 82

Central Inner Hole Diameter: 36

Overall Height: 246

Application Scenarios

Laser cutting, precision mechanical processing, pharmaceutical clean air production, food packaging, automotive paint spraying workshops, electronic component assembly, laboratory ultra-dry clean air supply, printing and textile industry compressed air purification

Product Features

Multi-gradient ultra-fine glass fiber coalescing media with large liquid holding capacity, efficiently capturing trace lubricant oil aerosol, condensed water vapor and micro solid impurities to deliver ultra-clean compressed air.

Compact vertical cartridge design with ultra-low initial pressure drop, effectively lowering system air supply energy consumption and long-term operation costs.

High-strength reinforced composite end caps and anti-corrosion plastic support skeleton, excellent anti-vibration and oil-water corrosion resistance; filter media will not deform or collapse under long-term continuous airflow impact.

Special top twist-lock quick-disassembly buckle structure, tool-free replacement to greatly shorten maintenance downtime. Fluorine rubber O-ring features outstanding high temperature and aging resistance to eliminate pipeline air leakage.

Product Description

It thoroughly intercepts trace oil mist, condensed water and fine dust mixed in compressed air, lowering residual oil content to below 0.01 ppm. It provides reliable ultra-clean air protection for downstream high-precision pneumatic equipment and production processes, avoiding product surface oil contamination, nozzle clogging and precision equipment failure caused by impure compressed air.