Coalescing Filters

Key Product Features

Multi-layer hydrophobic graded glass fiber media

Thick open-pleated composite fiber with outer hydrophobic drainage foam sleeve. It serves as the first purification barrier, intercepting pipeline rust, scale, coarse dust and massive condensed liquid water after air compression. Ultra-high dirt holding capacity greatly reduces contaminant load on downstream precision Q/S/C grade elements.

Double-layer stainless steel reinforced fully sealed cartridge

304 stainless steel inner support frame + outer protective mesh tightly locks filter media, preventing deformation, collapse and airflow channeling under long-term airflow impact. Integrated plastic end caps with integral NBR sealing gasket eliminate air bypass leakage completely, with reliable resistance to compressor lubricant and condensed water corrosion.

Ultra-low pressure drop energy-saving pleat design

Loose uniform deep pleating maximizes effective filtration area to maintain extremely low initial pressure loss during continuous operation, cutting air compressor power consumption and factory overall air supply costs. Optimized radial inside-out airflow avoids airflow turbulence and rapid pressure build-up after thousands of running hours.

Application Industries

General mechanical processing, pneumatic packaging and conventional automation equipment

Small & medium standard paint booths, auto repair pneumatic tools

Textile machinery, ordinary laboratory gas supply, light food production lines

Front-end protection for refrigerated dryers and standard pneumatic control valves

Brief Overview

Adopting thick hydrophobic glass fiber filter media, it intercepts large solid impurities and bulk liquid water as the first purification stage of the air treatment system. Operating stably within 5°C~60°C under maximum 1.0 MPa pressure, it effectively extends the service life of downstream Q/S/C precision filter elements and reduces total factory filter maintenance costs for general industrial compressed air purification demands.