EFST110A Coalescing Filter

Model : EFST110A

Type : Coalescing Filters

Replacement for : EFST110A

Combined micro glass fiber and high-capacity activated carbon media removes oil mist and gaseous oil vapor efficiently. Stable operation under 1–80°C and 16 bar pressure with low airflow resistance, widely used in high-standard high-purity air treatment pipelines for medical, food, electronic and op

Part numbers marked "replacement" are not affiliated with the original manufacture.

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Description

Main Features

Multi-layer composite adsorption medium

Front 0.01μm micro glass fiber coalescing layer intercepts residual oil mist, high-density coal-based activated carbon bed thoroughly adsorbs gaseous oil vapor, hydrocarbon and peculiar odors that cannot be removed by coalescing filters, achieving oil-vapor-free compressed air. Carbon powder isolation layer prevents carbon dust from entering downstream pipelines.

Double stainless steel reinforced structure

Inner and outer 304 perforated stainless steel mesh fixes filter material tightly, avoiding medium deformation and carbon leakage under long-term airflow impact. Reinforced PA plastic end caps with integrated NBR sealing rings fully eliminate bypass air leakage.

Low pressure drop energy-saving design

Layered internal structure maximizes effective airflow area to keep low initial pressure loss, reducing continuous power consumption of air compressors. High adsorption capacity activated carbon extends service cycle and cuts replacement frequency.

Fast plug-in maintenance

Standard cylindrical snap-in cartridge, directly installed into EFST110 series filter housing without professional tools. Disposable element, cannot be cleaned and reused once saturated.

Application Scenarios

System configuration: Final-stage terminal filter, installed after XN high-efficiency coalescing filter in multi-stage purification system.

Applicable industries: Pharmaceutical processing, food & beverage production, semiconductor electronics, laboratory high-purity gas, medical devices, high-gloss spraying, optical lens processing.