Coalescing Filters

Key Product Features

Multi-layer composite adsorption medium

Front 0.01μm borosilicate microfiber coalescing layer intercepts residual micro oil mist and fine solid particles. The built-in high-capacity activated carbon bed thoroughly adsorbs gaseous oil vapor, hydrocarbon substances and peculiar odors that cannot be eliminated by coalescing filters. Internal anti-carbon-dust isolation fleece prevents carbon powder from entering downstream pipelines, fully complying with ISO 8573-1 Class 0 ultra-clean compressed air standard.

Dual stainless steel reinforced fully sealed structure

Inner and outer 304 stainless steel perforated support sleeves lock composite filter media tightly, avoiding medium deformation, collapse and carbon leakage under long-term airflow impact. Integrated aluminum threaded end caps with dual NBR sealing rings completely eliminate air bypass leakage, with stable resistance to compressor oil, condensate and mild industrial chemicals.

Low pressure drop energy-saving design

Optimized radial inside-to-outside airflow structure maximizes effective adsorption area, maintaining ultra-low initial pressure loss during continuous operation. It reduces long-term power consumption of air compressors and cuts overall factory air supply costs. Uniform carbon granule layout avoids airflow turbulence and rapid pressure rise after long running hours.

Application Industries

Semiconductor wafer manufacturing, precision electronic assembly, optical lens processing

Pharmaceutical sterile workshops, food & beverage food-grade filling production lines

Laboratory ultra-high-purity gas supply, medical dental equipment air source

High-gloss automotive top-coat spraying, laser cutting equipment, breathing air systems

Brief Overview

Combined micro glass fiber pre-filtration and high-performance activated carbon adsorption technology, it completely removes oil vapor and organic odors from pre-cleaned compressed air. Operating stably within 1°C~60°C under maximum 16 bar pressure, it serves as the final purification barrier to supply oil-vapor-free ultra-clean compressed air for high-standard precision industrial production.