Coalescing Filters

Part No: 1C123656

Core Technical Specifications

Absolute Filtration Precision: Solid & liquid oil/water aerosols ≥0.01 μm

Filtration Efficiency: 99.99998% capture efficiency for 0.01 μm oil mist aerosols

Filter Media Structure: Multi-layer gradient high-temperature resistant borosilicate micro glass fiber composite, outer blue heat-resistant hydrophobic anti-static anti-re-entrainment foam sleeve

Standard Replacement Cycle: 4,000 hours under standard working conditions; up to 8,000 hours in clean low-temperature environments

Key Product Advantages

Dedicated for high-temperature working conditions, provides full front-end protection for downstream high-precision filter elements

Installed after the 25μm coarse prefilter, this element intercepts 1μm large water droplets, bulky oil droplets and most submicron oil mist. It drastically reduces contamination load on downstream SMF ultrafine coalescer and AK activated carbon filter, extends service life of expensive precision cartridges and cuts overall maintenance cost of the post-compressed-air treatment system.

HTNX high-temperature exclusive filter media, compatible with direct high-temperature air piping from air compressors

Conventional glass fiber elements will age and fail under long-term operation above 80°C. This model adopts heat-stabilized borosilicate glass fiber together with fluororubber sealing components, maintaining stable performance without attenuation under continuous 180°C operation. Ideal for screw compressor direct hot air filtration and heat-treatment high-temperature compressed air systems.

Extra-large oil & water holding capacity, resists rapid saturation under high-humidity working conditions

Deep-pleated gradient glass fiber layers deliver massive dirt holding volume. It avoids rapid clogging and pressure rise even if the aftercooler malfunctions and air moisture content surges, reducing unplanned downtime for element replacement.

Zero fiber shedding risk, eliminates secondary pipeline contamination

Integrated glass fiber composite structure with full stainless steel cladding cage prevents fiber detachment under high-temperature and high-flow impact. No glass fiber debris will contaminate laser equipment, spraying stations and precision pneumatic devices.

UF threaded quick-install structure, single operator completes replacement within 2 minutes

Special external thread locking design; no need to fully disassemble the filter tank body, easy disassembly and assembly to shorten production downtime.