The ACF Series MS-150-F filter element is a precision-engineered filtration component designed to meet the demanding requirements of modern compressed air systems. Developed for efficient removal of fine particulates, oil aerosols, and moisture-related contaminants, it helps maintain clean and stable compressed air quality across a wide range of industrial environments.

Manufactured in Wuxi, Jiangsu, China, this filter element reflects stable production quality and advanced manufacturing capability. Designed as a high-performance ACF replacement filter element, it offers reliable compatibility with original systems while delivering consistent filtration efficiency, long operational life, and excellent system protection for industrial users seeking dependable air treatment solutions.

Key Advantages

One of the most significant advantages of the MS-150-F filter element is its ultra-low pressure loss of ≤0.011 bar, which helps reduce compressor workload and contributes to approximately 5–7% energy savings. This low-resistance design supports improved system efficiency while lowering long-term operating costs.

Another important benefit is its extended service life of up to 8,000 hours, which reduces replacement frequency and maintenance interruptions. For industrial facilities operating continuously, this longer lifecycle helps minimize downtime and improves overall production reliability.

Fast product availability is also a key strength. Main models are maintained in stock and can typically be shipped within 24 hours, helping customers respond quickly to urgent replacement demands and reducing the risk of unexpected operational delays.

In addition, the filter is engineered for accurate dimensional compatibility with ACF housings, enabling quick installation and easy replacement without structural modifications. This simplifies maintenance procedures and improves service efficiency.

Core Features

The MS-150-F utilizes premium micro fiberglass filtration media, providing highly efficient removal of solid particles and oil mist from compressed air systems. It achieves a filtration precision of 0.01 μm while reducing residual oil content to as low as 0.001 ppm, supporting stringent compressed air purity requirements.

Its internal structure features durable engineering plastic end caps, offering excellent mechanical strength, corrosion resistance, and stable support for the filtration core. This lightweight yet durable design improves handling and long-term reliability.

The sealing system uses high-quality Buna-N material to ensure dependable leak prevention under varying operating pressures. This helps maintain system integrity and prevents bypass contamination.

The filter performs reliably within a temperature range of 1.5°C to 80°C and supports working pressures from 0.1 to 2.0 MPa, making it suitable for diverse industrial operating conditions. With a processing capacity of 15.2 Nm³/min, it is well suited for medium- to large-capacity compressed air systems.

The product also demonstrates excellent manufacturing precision, with strict dimensional control at 86±1 mm diameter and 423±2 mm height, ensuring stable fitment and consistent replacement performance.

Diverse Applications

The MS-150-F filter element is widely used in industries where compressed air quality directly influences equipment performance and production quality.

In laser cutting systems, clean compressed air is essential for maintaining cutting precision and protecting nozzles and optical components. The filter helps ensure stable airflow and supports improved equipment lifespan.

In electronics manufacturing, contamination from oil or particulates can affect product quality and production reliability. This compressed air filter element helps maintain cleaner production environments and supports high-precision manufacturing standards.

For sandblasting applications, the filter removes oil contaminants that could interfere with abrasive efficiency or surface treatment consistency, improving finishing quality and operational reliability.

It is also suitable for general industrial automation, protecting pneumatic valves, actuators, and air-driven tools from contamination-related wear and failure, thereby improving equipment longevity.

Additional applications include packaging systems, precision machining, and other industrial processes requiring clean and stable compressed air supply.

User Value & Benefits

The MS-150-F delivers measurable operational value by helping reduce energy consumption, maintenance frequency, and total system operating costs. Its low pressure drop directly contributes to lower compressor energy demand, improving overall plant efficiency.

Its long replacement cycle reduces labor requirements and spare part consumption, helping maintenance teams simplify service planning and inventory management.

The product supports OEM drawing customization, allowing customers to tailor specifications according to unique equipment or market requirements. This flexibility is valuable for distributors, OEM manufacturers, and industrial maintenance providers.

Certified to ISO8573-1, CE, and RoHS standards, the filter provides strong assurance of quality, safety, and environmental compliance, supporting global sourcing requirements.

As a product supplied by an experienced industrial filter element factory, the MS-150-F benefits from stable manufacturing capability, scalable production exceeding 1000 units, and responsive technical support—ensuring dependable supply and long-term customer confidence.

Conclusion

The ACF Series MS-150-F filter element is a reliable and energy-efficient solution for industrial compressed air purification. With advanced micro fiberglass filtration technology, low pressure loss, long service life, and precise structural design, it delivers consistent high-purity air performance across demanding industrial applications.

Its combination of durability, fast delivery, customized manufacturing support, and dependable replacement compatibility makes it an ideal choice for businesses seeking high-quality filtration solutions and improved compressed air system performance.