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Hydraulic Filters | High-Efficiency Fluid Filtration

Uncompromising Performance at High Pressure: micronic, the Insurance of Your System

"The cleaner the fluid in the system's veins, the more continuous your power."

In construction machinery and industrial systems, more than 70% of failures are caused by hydraulic oil contamination. Sensitive valves and pumps can be damaged by microscopic particles. The micronic Filter hydraulic filter series maintains its structural integrity even under high pressure to preserve system efficiency, prevent unplanned downtime, and extend the life of expensive hydraulic components.

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Microglass - Element Type Hydraulic Filters

Microglass Hydraulic Filters, mounted inside the tank or in-line housings, clean the oil in the return line before sending it back to the tank. Thanks to their high flow permeability and large surface area, they prevent overheating while trapping contamination with their microglass structure.

These filters, typically placed inside the hydraulic tank or in-line housings, clean the oil in the system’s return line and send it back to the tank. By virtue of their high flow permeability and large surface area, they prevent system overheating while trapping contaminants.

Spin-On Hydraulic Filters

These filters are used in low and medium-pressure lines, offering extremely fast installation and replacement. Despite their compact structure, they possess high burst resistance. They are widely preferred in mobile hydraulic applications and agricultural machinery.

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Stainless Steel Hydraulic Filters

Typically used in suction lines (strainers), these filters are made from durable stainless steel wire mesh. They are economical due to their washable and reusable properties. By straining coarse particles in the oil going to the pump, they prevent the main filter from being damaged by large contaminants.

The Power of Hydraulic Systems: Maximum Pressure, Clean Flow

The vast majority of hydraulic system failures are caused by oil contamination. The micronic Filter hydraulic filter series (Microglass, Wire Mesh, Spin-On) maintains its structural integrity even under high pressure, protecting sensitive valves and pumps. It prevents unplanned downtime and extends the lifespan of expensive hydraulic components.

  • Wide Product Range: Categorized into return line, suction line, and pressure line filters, our products provide superior cleaning even at the smallest micron levels using cellulose or inorganic glass fiber (fiberglass) technology.
Main Areas of Use:
  • Construction Machinery: Excavators, dozers, cranes, and loaders.
  • Industrial Facilities: Hydraulic presses, injection molding machines, and CNC machine tools.
  • Mobile Hydraulics: Garbage trucks, concrete mixers, and fire trucks.

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Frequently Asked Questions

micronic hydraulic filters prevent equipment wear by capturing contaminants, metal wear particles, and water-based residues within the circulating fluid of hydraulic systems. This increases system efficiency and extends equipment life.
micronic offers more than 4,000 different filter elements, known for their high dirt-holding capacity, long service life, and consistent filtration efficiency. With various structural types, materials, and micron ratings, it provides solutions suitable for every application.
micronic hydraulic filters can filter many types of fluids, including corrosive hydraulic fluids, cooling lubricants, and water-based liquids. This allows them to operate smoothly in diverse industrial applications.
Replacement frequency varies based on the operating environment, oil cleanliness, and equipment load. However, the hydraulic filter must be renewed whenever performance loss, pressure drop, or contamination indicator warnings are observed.
They are widely used in agricultural and construction machinery, material handling systems, industrial production lines, power units, mobile hydraulic applications, and factory equipment.
micronic can perform fluid analysis on-site or in a laboratory environment to analyze hydraulic and lubrication system requirements. Based on this analysis, the most suitable filter element for the application is determined to ensure optimum performance.