YM Model | YM042067 |
Original Filter Brand | KAESER New Type |
Original Model | KEA-E83 |
Precision / Residual oil amount | 0.003 µm/0.003 ppm |
Processing capacity | 8.25 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)
| 0.85 kg |
Size packaging(cm) | 36.5*14.5*14.5 18 # |
Dimensions(mm) |
| D | H |
|
|
|
| 133±1 | 226±2 |
|
|
Country of Origin / HTS Code | CHINA / 8421999090 |
Notes | Please consult WUXI Yuanmei sales personnel for any remaining areas |
The Kaeser New KEA-E83 Replacement Filter Element is engineered for high-efficiency air purification in demanding compressed air systems where stability, purity, and energy optimization are essential. Designed as a direct-fit solution for modern industrial compressors, this component ensures consistent filtration performance while maintaining low pressure drop and extended service life.
Manufactured in Wuxi, Jiangsu, China, this element reflects a balance of precision engineering and scalable production capability, making it suitable for global industrial users who require reliable air quality control in continuous operation environments.
Key Advantages
The Kaeser New KEA-E83 Replacement Filter Element delivers multiple performance advantages that directly impact operational efficiency and system reliability.
One of its most notable strengths is ultra-low pressure loss performance (≤0.011 bar), which contributes to significant energy savings in compressed air systems—typically improving efficiency by up to 5–7%. This makes it highly valuable in facilities where compressors operate continuously and energy cost control is critical.
Another advantage lies in its advanced filtration precision of 0.003 µm with a residual oil content of 0.003 ppm, ensuring near-total removal of aerosols, oil vapors, and fine particulate contaminants. This level of filtration supports sensitive downstream processes such as electronics manufacturing and laser-based cutting systems.
As a high-performance compressed air precision filter, it provides stable airflow consistency while reducing downstream contamination risk, helping to protect pneumatic tools, valves, and automated equipment from premature wear.
Additionally, its robust structure and activated carbon media configuration enhance adsorption efficiency, ensuring long-term stability even under variable working conditions.
Core Features
The design of this replacement element focuses on durability, compatibility, and filtration efficiency, making it suitable for a wide range of industrial air systems.
High-quality filtration media: Activated carbon ensures efficient removal of oil vapors and odor-causing compounds.
Precision structural design: Engineered for consistent airflow distribution and minimal turbulence.
Durable end caps: Made from engineering-grade plastic for strong mechanical resistance and long service stability.
Reliable sealing system: Buna-N seals ensure excellent chemical resistance and airtight performance.
Extended service life: Rated for up to 8,000 hours of continuous operation under standard working conditions.
Stable operating range: Suitable for temperatures between 1.5°C and 80°C and pressures from 0.1 to 2.0 MPa.
OEM customization support: Custom OEM drawing service available for system integration requirements.
This component is widely used as a precision filter element for industrial compressed air networks requiring consistent purity levels and minimal maintenance intervention.
The manufacturing process follows strict quality control standards, with compliance to ISO8573-1, CE, and RoHS certification marks, ensuring both safety and international regulatory compatibility.
Diverse Applications
The Kaeser New KEA-E83 Replacement Filter Element is widely deployed across industries where air purity directly influences production quality and operational safety.
In laser cutting systems, the element ensures that oil-free and particle-free air is supplied to cutting heads, reducing lens contamination and improving cutting accuracy.
In electronics manufacturing, ultra-clean compressed air is essential for preventing micro-contamination on sensitive circuits and semiconductor components. The fine filtration capacity of this element ensures process consistency and high yield rates.
For sandblasting and surface treatment applications, the filter helps stabilize airflow quality, reducing inconsistencies caused by moisture or oil contamination in compressed air lines.
Other key application areas include:
Automotive assembly and painting systems
Pharmaceutical production lines
Food packaging equipment
CNC machining workshops
Industrial automation systems
As a widely compatible compressed air filter element, it integrates seamlessly into both centralized and decentralized air supply networks, ensuring stable operation across varied industrial environments.
Manufacturing Quality & Supply Capability
Produced in a specialized industrial filter element factory, each unit undergoes rigorous inspection and performance validation before shipment. The production line is optimized for precision molding, controlled assembly, and multi-stage testing to ensure consistency across batches.
Strict dimensional tolerances and material selection processes guarantee stable performance even under long-term load conditions. Every batch is tested for airflow resistance, filtration efficiency, and structural integrity.
Packaging is designed for international logistics requirements, with options including plastic bag protection, reinforced cartons, palletized shipping, or fully customized packaging solutions for OEM customers.
User Value & Benefits
The Kaeser New KEA-E83 Replacement Filter Element provides significant operational value beyond basic filtration performance.
First, its low pressure drop characteristic directly reduces compressor energy consumption, helping facilities achieve measurable cost savings over time. In high-usage environments, even minor improvements in airflow efficiency translate into substantial annual energy reductions.
Second, its extended service life of up to 8,000 hours reduces maintenance frequency and downtime. This allows maintenance teams to focus on higher-value operational tasks instead of frequent filter replacement cycles.
Third, its high filtration accuracy ensures protection of downstream equipment, reducing the risk of system failure caused by oil contamination or particulate accumulation. This extends the lifespan of pneumatic tools and improves overall system reliability.
From a procurement perspective, the product offers strong supply stability with fast shipping capability for standard models, supporting uninterrupted industrial operations.
Finally, its compatibility with Kaeser systems makes it a dependable replacement filter element for facilities seeking consistent air quality without modifying existing infrastructure.
Conclusion
The Kaeser New KEA-E83 Replacement Filter Element represents a high-performance solution for industrial compressed air purification systems requiring precision, reliability, and long-term efficiency. With its ultra-fine filtration capability, low pressure loss design, and extended operational lifespan, it delivers measurable improvements in system performance and energy consumption.
Whether used in advanced manufacturing environments or general industrial compressed air networks, this element ensures stable air quality, reduced maintenance workload, and optimized operating costs—making it a critical component for modern production systems relying on clean and efficient compressed air delivery.