YM Model | YM072051 |
Original Filter Brand | ACF |
Original Model | MS-150-H |
Precision / Residual oil amount | 0.01 μm/0.003 ppm |
Processing capacity | 15.2 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)
| 0.85kg |
Size packaging(cm) | 47.5*9.5*9.5 22# |
Dimensions(mm) |
| D | H |
|
|
|
| 86±1 | 423±2 |
|
|
Country of Origin / HTS Code | CHINA / 8421999090 |
Notes | Please consult Yuanmei sales personnel for any remaining areas |
The ACF Series MS-150-H filter element is a high-efficiency activated carbon filtration solution engineered for compressed air systems that demand superior purity and operational stability. Designed to effectively remove oil vapors, odors, and hydrocarbon contaminants, it ensures consistent delivery of clean air for precision-driven industrial processes.
Produced in Wuxi, Jiangsu, China, this model reflects stable quality and advanced production standards. As a solution offered by a professional replacement filter element manufacturer, it combines optimized filtration performance with reliable durability, making it suitable for a wide range of industrial applications requiring long-term performance.
Key Advantages
The MS-150-H filter element offers excellent energy efficiency due to its ultra-low pressure loss of ≤0.011 bar. This feature enables approximately 5–7% energy savings, helping reduce operational costs without affecting filtration effectiveness. For facilities operating continuously, this translates into significant long-term savings.
Another important advantage is its extended service life of up to 8,000 hours. This reduces the frequency of maintenance and replacement, improving system uptime and lowering labor costs. The durability of the filter element makes it particularly suitable for demanding industrial environments where reliability is critical.
Fast delivery capability further enhances its practicality. Mainstream models are available for shipment within 24 hours, ensuring quick response to urgent replacement needs. Supported by a reliable replacement filter element supplier, users can maintain stable operations without delays caused by supply shortages.
In addition, the filter is designed for easy compatibility with ACF systems, allowing seamless installation and reducing downtime during maintenance procedures.
Core Features
The MS-150-H filter element utilizes high-grade activated carbon media, which provides strong adsorption capacity for removing oil vapor and trace contaminants. With a filtration precision of 0.01 μm and residual oil content as low as 0.003 ppm, it meets strict compressed air purity standards required in modern industries.
Its structural design incorporates durable engineering plastic end caps that provide mechanical strength while maintaining a lightweight structure. The use of Buna-N sealing material ensures excellent sealing performance, preventing leakage under varying pressure conditions and maintaining system integrity.
The element operates efficiently within a temperature range of 1.5°C to 80°C and supports working pressures from 0.1 to 2.0 MPa. With a processing capacity of 15.2 Nm³/min, it is well-suited for medium flow compressed air systems, delivering stable and consistent filtration performance.
The product also demonstrates high manufacturing precision, with strict dimensional tolerances of 86±1 mm in diameter and 423±2 mm in height. This ensures accurate fit, reliable installation, and consistent performance across compatible equipment.
Diverse Applications
The MS-150-H filter element is widely used in industries where compressed air quality directly impacts production outcomes. In laser cutting operations, it provides clean, oil-free air that enhances cutting precision and extends equipment lifespan.
In the electronics manufacturing sector, the filter prevents contamination during sensitive production processes, improving product consistency and reducing defect rates. Its high purification efficiency makes it suitable for clean environments with strict air quality requirements.
For sandblasting applications, the filter removes oil vapors that could otherwise affect surface finishing quality. By ensuring clean compressed air, it contributes to more uniform and reliable surface treatment results.
Additionally, the filter is applicable in general manufacturing, automotive production, and precision machining industries, offering stable performance across a variety of operational scenarios.
User Value & Benefits
The MS-150-H filter element provides clear value by improving system efficiency and reducing overall operating costs. Its low pressure drop contributes to energy savings, while its long service life minimizes maintenance frequency and associated downtime.
The product also supports flexible customization through OEM drawing service, allowing users to tailor specifications according to specific system requirements. This ensures optimal compatibility and performance in different industrial environments.
Compliance with internationally recognized standards, including ISO8573-1, CE, and RoHS certifications, guarantees product reliability, safety, and environmental responsibility. These certifications provide users with confidence in both performance and regulatory compliance.
As a solution produced by an experienced replacement filter element factory, the MS-150-H offers stable quality, scalable supply capacity of over 1000 units, and professional technical support. This ensures consistent product availability and dependable long-term performance.
Conclusion
The ACF Series MS-150-H filter element is a reliable and efficient solution for compressed air filtration systems. With its advanced activated carbon technology, energy-saving design, and precise manufacturing, it ensures high air purity and stable operation in various industrial applications.
Its combination of performance, fast delivery, and customization capability makes it an ideal choice for businesses seeking dependable filtration solutions and improved operational efficiency.