HYDAC 2600R010BN4HC High-Precision Hydraulic Filter

Engineered for HYDAC hydraulic systems, the HYDAC 2600R010BN4HC High-Precision Hydraulic Filter centers on ultra-high filtration precision and reliable protection to safeguard critical hydraulic components. Its specialized high-grade glass fiber composite filter media—with a multi-layer gradient structure and precision folding technology—efficiently captures 10μm-level metal particles, colloids, sludge, and micro-contaminants, boasting a β value ≥1000 for superior filtration efficiency, which fundamentally avoids abrasive wear and functional failures of precision valves, plunger pumps, and hydraulic cylinders.

Designed for seamless compatibility with compatible HYDAC 2600R010BN4HC equipment models (including large-scale hydraulic power units and high-precision industrial control systems), it features a standardized quick-mount structure paired with high-integrity NBR seals. This enables hassle-free installation and airtight fitting, maintaining stable system pressure (up to 210 bar) and unobstructed fluid flow, ensuring consistent high-precision filtration performance even during prolonged continuous operation in high-load, high-frequency hydraulic circuits.

Crafted with premium pressure-resistant and corrosion-resistant materials, including a reinforced high-strength steel filter frame and durable composite media, it boasts excellent structural stability and longevity. It operates reliably in a temperature range of -25°C to 110°C, adapting to harsh industrial environments such as heavy machinery, precision manufacturing, mining equipment, and wind power systems. The filter’s enhanced dirt-holding capacity (DHC) effectively retains a large volume of contaminants, extending service intervals and reducing maintenance downtime and replacement costs.

By combining ultra-high precision filtration with optimized structural design, this filter maintains hydraulic fluid cleanliness at NAS Class 7 or higher, significantly extending the service life of key hydraulic components by over 30%. Its streamlined flow channel design minimizes flow resistance, supporting efficient operation of high-precision hydraulic systems while lowering energy consumption. For more details, visit kxfilter.com.