YM Model | YM043048 |
Original Filter Brand | KAESER |
Original Model | E-G-28 |
Precision / Residual oil amount | 0.01μm / 0.003 ppm |
Processing capacity | 2.8 Nm³ / min |
Working Temperature | 1.5 ~ 80℃ |
Working Pressure | 0.1 ~ 2.0Mpa |
Media | Activated carbon |
End Caps | Engineering plastic |
Seal | Buna-N |
Weight (including packaging)
| 0.4kg |
Size packaging(cm) | 26*7*7 E-24 # |
Dimensions(mm) |
| D | H |
|
|
|
| 60±1 | 167±2 |
|
|
Country of Origin / HTS Code | CHINA / 8421999090 |
Notes | Please consult WUXI Yuanmei sales personnel for any remaining areas |
Key Advantages
A major advantage of the KAESER E-G-28 compatible filter element is its ability to deliver high adsorption efficiency with stable output quality. By using high-grade activated carbon media, the element effectively removes oil vapor and trace hydrocarbons from compressed air, achieving a residual oil level of 0.003 ppm. This performance supports demanding air quality requirements while minimizing the risk of downstream contamination.
With a processing capacity of 2.8 Nm³/min, the filter element is optimized for medium-flow compressed air systems, ensuring smooth operation without excessive pressure drop. The wide working pressure range of 0.1–2.0 MPa allows the element to function reliably under varying load conditions, supporting consistent system performance across different operating scenarios.
Additionally, the balanced structural design helps maintain airflow stability and adsorption efficiency throughout the service life, reducing performance degradation over time.
Core Features
The KAESER E-G-28 replacement element provides precision filtration down to 0.01 μm, ensuring effective removal of fine oil aerosols and vapor-phase contaminants. The activated carbon media is evenly distributed to support uniform adsorption, helping maintain predictable filtration results and extended service intervals.
Durability is reinforced through the use of engineering plastic end caps, which offer excellent resistance to mechanical stress and chemical exposure. The Buna-N sealing material ensures tight sealing under both pressure and temperature fluctuations, minimizing bypass leakage and maintaining filtration integrity.
Designed for a working temperature range of 1.5°C to 80°C, the element adapts well to diverse industrial environments. Its compact dimensions—60 ±1 mm in diameter and 167 ±2 mm in height—allow for straightforward installation within compatible filter housings. With a total packaged weight of approximately 0.4 kg, handling and replacement are efficient, reducing maintenance effort and downtime.
Diverse Applications
The KAESER E-G-28 compatible filter element is suitable for a wide range of compressed air applications where oil vapor removal is essential. It is commonly used in general manufacturing, assembly lines, instrument air systems, and pneumatic control circuits that rely on clean, stable compressed air.
Industries such as electronics production, food packaging, automotive component manufacturing, and light industrial processing benefit from the element’s ability to maintain consistent air purity. In these environments, controlling residual oil content helps protect sensitive equipment and prevents product contamination.
The element integrates seamlessly into existing KAESER filter housings, making it suitable for both new system installations and scheduled replacement programs without requiring structural modifications.
User Value & Benefits
From the user’s perspective, the KAESER E-G-28 replacement filter element offers measurable operational and economic value. Stable adsorption performance helps extend maintenance cycles, reducing the frequency of filter changes and lowering overall operating costs. This contributes to improved maintenance planning and reduced system downtime.
By delivering consistent air quality, the filter element plays a key role in protecting downstream equipment, such as valves, actuators, and air-driven tools. Reduced contamination leads to lower wear rates, fewer failures, and improved system reliability over time.
Compatibility with original KAESER specifications ensures that users can maintain system performance standards while benefiting from a dependable alternative supply source. Controlled manufacturing processes and standardized quality checks provide confidence in long-term use, supporting reliable procurement and consistent performance across multiple operating cycles.