The ACF Series MS-200-F filter element is a precision-engineered solution designed for reliable compressed air purification in modern industrial systems. Manufactured in Wuxi, Jiangsu, China, this model is optimized for small to medium-capacity air networks where consistent air quality, energy efficiency, and equipment protection are essential.

Built with advanced micro fiberglass filtration technology, it ensures stable performance under varying operational conditions while maintaining ultra-low oil content and particulate removal efficiency. It is widely used in laser processing, electronics production, sandblasting, and other precision-driven industrial applications.

Key Advantages

The MS-200-F filter element delivers a strong balance of performance stability, energy efficiency, and long service life. One of its core advantages is the extremely low pressure drop of ≤0.011 bar, which contributes to 5–7% energy savings in compressed air system operation. This helps industries significantly reduce electricity consumption while maintaining stable airflow.

Designed for durability, the unit offers a service life of up to 8,000 hours, reducing replacement frequency and lowering long-term maintenance costs. This extended lifecycle ensures continuous operation in environments where system uptime is critical.

Fast logistics support is another advantage. Standard models are available from stock and shipped within 24 hours, ensuring rapid response for urgent maintenance needs. In addition, OEM drawing customization services allow precise adaptation to different system structures and technical requirements.

The product is fully compliant with global standards, certified under ISO8573-1, CE, and RoHS, ensuring safe operation, environmental compliance, and reliable international usability.

Core Features

This model is developed as a high-efficiency compressed air filter element, specifically designed for fine filtration of oil aerosols and micro-particulates in industrial compressed air systems.

It achieves a filtration accuracy of 0.01 μm with a residual oil content of only 0.001 ppm, ensuring ultra-clean air output suitable for sensitive manufacturing processes. This high filtration precision helps prevent contamination-related defects in downstream production systems.

The processing capacity reaches 20.0 Nm³/min, making it suitable for compact and medium-scale air systems. With a working pressure range of 0.1–2.0 MPa and a temperature resistance from 1.5°C to 80°C, it performs reliably across a wide range of industrial environments.

Key structural components include:

• High-performance micro fiberglass media for deep filtration efficiency

• Engineering-grade plastic end caps for mechanical strength and corrosion resistance

• Buna-N sealing system ensuring airtight performance and stable pressure retention

The design dimensions (Ø100 ±1 mm × 462 ±2 mm) ensure accurate compatibility with MS-200-F filter housings, while the total weight of 1.35 kg (including packaging) supports easy installation and replacement.

Produced under strict quality control standards in an industrial filter element factory, each unit undergoes dimensional inspection and filtration performance testing to ensure consistent batch quality and reliability.

Diverse Applications

The MS-200-F filter element is widely applied in industries requiring stable and clean compressed air supply.

In laser cutting systems, it ensures clean airflow that protects optical components and maintains high cutting precision. This reduces downtime caused by contamination and improves overall machining efficiency.

In electronics manufacturing, the filter supports contamination-free environments essential for circuit assembly, PCB production, and micro-component processing. Even minimal oil or dust particles can affect product quality, making high-efficiency filtration essential.

In sandblasting applications, it helps maintain consistent air purity, improving surface finishing quality while reducing wear on blasting equipment and nozzles. Clean compressed air also enhances operational stability in abrasive environments.

Additional applications include CNC machinery, packaging equipment, automotive assembly lines, and general pneumatic automation systems where stable air quality is essential for performance consistency.

As an ACF replacement filter element, it is fully compatible with original ACF systems, ensuring direct replacement without modifications to existing equipment or pipeline structures.

User Value & Benefits

The MS-200-F filter element delivers long-term operational value by improving system efficiency, reducing maintenance requirements, and enhancing production reliability. Its low pressure drop design directly contributes to energy savings, making it a cost-effective solution for industrial air systems.

Extended service life reduces the frequency of replacements, minimizing downtime and lowering labor costs associated with maintenance operations. This is particularly valuable in continuous production environments where system interruptions can significantly impact output.

High filtration precision ensures stable air quality, protecting downstream pneumatic equipment from oil, moisture, and particulate contamination. This extends equipment lifespan and reduces unexpected repair costs.

Flexible procurement conditions, including a minimum order quantity of 1 piece and customizable packaging options (plastic bag, carton, pallet, or tailored solutions), provide convenience for both small-scale maintenance and bulk industrial procurement. Stable supply capacity of 1000+ pcs ensures reliable availability for ongoing demand.

Fast shipping from stock further enhances operational responsiveness, allowing industries to quickly restore system performance in case of urgent filter replacement needs.

Overall, this product functions as a reliable acf filter, engineered to deliver stable air purification performance with strong cost-efficiency advantages.

It is also widely recognized as a dependable ACF replacement filter element, providing consistent compatibility, high filtration accuracy, and long-term operational stability for compressed air systems across multiple industries.