YM Model | YM043050 |
Original Filter Brand | KAESER |
Original Model | E-G-71 |
Precision / Residual oil amount | 0.01μm / 0.003 ppm |
Processing capacity | 7.1 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)
| 0.75kg |
Size packaging(cm) | 43*7.5*7.5 E- 32 # |
Dimensions(mm) | | D | H | | |
| | 68±1 | 335±2 | | |
Country of Origin / HTS Code | CHINA / 8421999090 |
Notes | Please consult WUXI Yuanmei sales personnel for any remaining areas |
Key Advantages
The KAESER E-G-71 replacement filter element is engineered to deliver reliable purification performance for industrial compressed air systems requiring stable and consistent filtration. Designed as a high-quality alternative to the original component, this upgraded filter medium maintains strict separation efficiency across a broad spectrum of contaminants. Its construction supports dependable protection for compressors, pneumatic tools, and downstream equipment, helping facilities uphold operational standards even under demanding conditions. By incorporating an E-G-71 compatible filter element, users enhance the long-term resilience of air processing lines while securing dependable system output.
One of the primary advantages of this replacement component is its balanced integration of filtration precision and robust mechanical durability. The optimized element structure enables fine particle retention without placing excessive load on the airflow. This not only supports cleaner air delivery but also helps maintain stable pressure across the system, preventing unnecessary increases in energy consumption. With its engineered geometry, the KAESER-type E-G-71 filter element delivers a consistent performance curve, reducing the risk of fluctuations that often lead to premature wear or quality deviations in critical applications.
Core Features
The replacement filter element for the KAESER E-G-71 incorporates a multi-layer media system designed to capture solid particles, aerosols, and atmospheric contaminants with high precision. Each layer performs a specific filtration task, contributing to extended service life and reliable contaminant retention. The optimized internal channels ensure even air distribution, minimizing pressure drop and supporting uninterrupted airflow through the filtration unit.
Another essential feature is the structural reinforcement integrated into the housing support. This design prevents deformation when exposed to high operating pressures or fluctuating temperatures. The reinforcement also allows the filter to maintain geometric stability, ensuring that the air stream passes through the filtration media uniformly. This helps preserve consistent air quality throughout the filter’s operational cycle.
Additionally, the seal interface on this E-G-71 replacement component is crafted for secure installation. Its tight sealing mechanism helps prevent bypass leakage, ensuring that all processed air contacts the filter media as intended. This precision engineering elevates filtration reliability, particularly for facilities with strict cleanliness requirements.
Diverse Applications
The KAESER E-G-71 compatible filter element serves a wide range of industrial environments where clean compressed air is essential for productivity and product quality. Manufacturing plants benefit from its ability to control particulate levels that may interfere with machinery or precision instruments. Electronics assembly lines, where airborne impurities can compromise sensitive components, often rely on filtration solutions of this grade to preserve cleanroom-level standards.
In pharmaceutical or laboratory settings, this E-G-series replacement element supports stable air purity necessary for controlled processes. It effectively aids in preventing cross-contamination risks by supplying consistently filtered air to production zones. Additionally, its compatibility with various pneumatic systems makes it suitable for food-processing facilities seeking reliable filtration to minimize risk during air-contact operations.
Energy, chemical, and metal-processing sectors also benefit from its robust design. These industries require dependable filtration that withstands aggressive environmental conditions while maintaining system stability. The E-G-71 filter format handles such challenges efficiently, providing secure operation even where airflow fluctuations and contaminant loads vary significantly.
User Value & Benefits
Integrating the replacement filter element for KAESER E-G-71 into an air system delivers measurable value by enhancing performance stability, equipment safety, and long-term cost control. The filter’s efficient contaminant capture reduces wear on compressors and air-powered machinery, lowering the likelihood of unexpected maintenance. As a result, operational continuity improves, contributing to better productivity and minimized downtime.
The optimized airflow characteristics of the E-G-71 style element also support energy-efficient operations. By maintaining consistent pressure levels and preventing obstruction caused by particulate buildup, the filter helps reduce unnecessary power consumption. This operational efficiency is particularly valuable for facilities seeking to improve sustainability metrics while controlling running costs.
Furthermore, the long service life of this replacement filter reduces the frequency of maintenance interventions. With its high-capacity filtration media and reinforced structure, users can expect stable performance across extended operating cycles. This not only lowers consumable expenses but also reduces labor requirements associated with filter changes.
Finally, users benefit from the consistency of air quality ensured by the KAESER E-G-71 compatible element. Cleaner output air safeguards sensitive processes and contributes to higher product reliability across diverse industries. Whether applied in precision engineering, commercial manufacturing, or quality-critical production environments, this filter element delivers tangible improvements to system hygiene and operational dependability.