PREMIUM RANGE OF FILTERS

Delivering Pure,

High-Quality Air

with Maximum Efficiency

PREMIUM ACTIVATED CARBON REMOVAL FILTER

Removes oil vapors & odors,

Delivers ultra-pure air,

Ideal for critical applications

Line Filter

Essential for maintaining clean and dry compressed air, line filters are commonly used in pneumatic tools, food processing, and precision coating industries. Designed to eliminate dust, oil, and moisture, these filters enhance equipment performance and extend operational life. For detailed specifications, refer to the table below.

Activated Carbon Removal Filter

Ideal for applications demanding ultra-clean air, such as laser cutting and pharmaceutical production, this filter effectively removes oil vapors, odors, and hydrocarbons. It ensures superior air purity, making it perfect for high-pressure systems requiring up to 16 bar and a Pressure Dew Point as low as -40°C. Explore the technical specifications in the table below.

PRECISION LINE FILTER ELEMENTS

Effect

The filter element is an important part of the precision line filter, which can filter the liquid, oil mist, solid particles oil vapor, hydrocarbons in the gas.

Product Characteristics

● Multistage and multiorder filtration,high filtration accuracy, to achieve the best cost performance.

● Excellent structural performance,small size,corrosion resistance,long service life.

● Large dust capacity,small pressure loss,can effectively reduce the cost of compressed air.

● Complete range of products to meet different needs.

Selection of Filtration Media and Production Process

The precision filter element is made by winding type and folding type according to different needs. The winding filter element is made by borosilicate glass fiber through automatic winding process. The folding filter element is made by borosilicate glass fiber through deep folding process, which reduces the speed of compressed air in the filter medium, improves the filtration performance of the filter element, and effectively increases the filtration area.Reduced pressure loss.

Oleophobicity - Oil droplets can adhere to the fibers without causing the fibers to expand. Low binder content - Larger fiber contact area, stronger impurity capture and coalescence separation ability. Excellent product uniformity. A series of standard products with different performance parameters can meet a variety of application requirements.

● Average pore size < 12μm ● Single layer grammage: 50 - 150g/㎡
● Lower initial flow resistance ● Excellent water resistance
● Excellent chemical resistance ● Long service life

Technical Parameter

It is of great importance to protect the downstream equipment and processes. Only by replacing the filter element annually or earlier when the pressure differential indicator/gauge points to the red area can the filter play its protective role fully. Failure to replace the filter element in a timely manner will lead to a decrease in product quality, a deterioration in air quality and an increase in operating costs.

GRADE P FILTER ELEMENT

The first stage two stainless steel perforated tubes are mechanically separated by 10μm The second stage deep fiber medium filters out 3um of solid and liquid particles

GRADE M FILTER ELEMENT

The first stage fiber medium and media filter take over the lamination to filter out larger particles A second layer of epoxy resin binds the mixed fiber medium to gather oil mist and filter solid particles

GRADE S FILTER ELEMENT

The first stage multi-layer fiber media and media filter filter, filter the larger particles, before the air enters the second stage filtration for pre-filtration The second stage multi-layer bonding mixed fiber medium filters out fine agglomerates Coated closed foam sleeve

Why High-Quality Compressed Air Filters Matter

Advanced Filtration for Clean, Dry Air

Focus on these key factors:

  • Particle Removal Efficiency – Filters should remove solid particles, oil, and aerosols.

  • Flow Rate & Pressure Drop – Maintain

Compressed air often contains moisture, oil mist, dust, and gases. These contaminants can lead to equipment damage, product defects, and costly downtime. Reliable air filters ensure clean, dry air—protecting your system and improving performance.

  • When selecting the right compressed air filter, consider these key factors:

    1. Particle Removal Efficiency – A good filter should effectively remove solid particles, oil aerosols, and other contaminants that can affect the performance of your compressed air system.

    2. Flow Rate & Pressure Drop – Choose filters that maintain optimal air pressure without causing excessive energy loss.

    3. Industry-Specific Air Purity Needs – Depending on your application, you may need different levels of air purity. For example, line filters are suitable for general industrial use, while activated carbon removal filters are designed for applications that demand ultra-clean air.

  • To achieve optimal compressed air purity, industries rely on several types of air filtration systems:

    • Line Filters – These filters are designed to remove moisture, oil, and solid particles from compressed air. They are critical for ensuring the cleanliness of the air supply, preventing damage to downstream equipment.

    • Activated Carbon Removal Filters – These filters are essential for eliminating oil vapors, odors, and gaseous contaminants. They provide ultra-clean air for sensitive applications, such as those requiring high-purity air for precision manufacturing or medical equipment.

  • Aries Pro filters are engineered to provide superior air filtration, ensuring clean, dry compressed air for a variety of industrial applications. These filters:

    • Effectively remove dust, oil, and moisture, improving the longevity of your equipment.

    • Maintain a low pressure drop to enhance energy efficiency and reduce operational costs.

    • Are designed for durability, minimizing maintenance needs and offering long-lasting performance.

    • Cater to both general industrial applications and specialized needs, delivering reliable results across a wide range of industries.

    For industries that rely on clean, dry air for optimal performance, Aries Pro filters guarantee top-tier filtration, enhancing the efficiency and lifespan of your equipment while ensuring smooth operations.

Durable Build: Corrosion-resistant aluminum alloy ensures long-lasting performance.

  • Efficient Filtration: Removes oil, moisture, and dust for clean, dry compressed air.

  • Energy Saving: Advanced design cuts energy use by up to 10%.

  • Compact Design: Easy to install and maintain with one-key operation.

  • High-Pressure Ready: Handles up to 16 bar—ideal for laser cutting and precision tools.

  • Superior Moisture Removal: Dual-stage system prevents corrosion and blockages.

Key Features of Our High-Performance Compressed Air Filters

Working Principle of High-Efficiency Compressed Air Filters

Premium filters work by efficiently removing contaminants such as oil, dust, moisture, and harmful particles from compressed air. As air passes through multiple filtration stages, larger impurities are trapped in pre-filters, while finer particles and oil vapors are absorbed by advanced filter media. High-quality activated carbon layers further eliminate odors and hydrocarbons, ensuring clean, dry, and pure compressed air for industrial applications. This process enhances equipment performance, extends lifespan, and ensures compliance with air quality standards.

Enhancing Compressed Air Purity with Advanced Filtration Technology

Achieving pure, contaminant-free compressed air is crucial for industrial applications where air quality directly impacts performance and product integrity. Our Line Filter and Activated Carbon Removal Filter are engineered to deliver superior filtration, ensuring that moisture, oil mist, solid particulates, and harmful gases are effectively removed before reaching sensitive equipment.

Why Choose High-Quality Filtration?

  • Protects Equipment & Machinery – Prevents corrosion, clogging, and wear caused by contaminants.

  • Improves Air Quality Standards – Meets the rigorous demands of industries like pharmaceuticals, food processing, laser cutting, and electronics.

  • Boosts Operational Efficiency – Reduces downtime, extends equipment lifespan, and enhances productivity.

  • Optimized Energy Consumption – Ensures low pressure drop and minimal power usage for cost-effective performance.

  • Eco-Friendly Solution – Reduces emissions, minimizes waste, and supports sustainable industrial practices.

By integrating these high-performance filtration solutions into your compressed air system, you can maintain consistent air quality, improve process reliability, and reduce maintenance costs, ensuring seamless operations across various industrial applications.

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