HYDAC 0990D010ON Anti-Pollution Hydraulic Filter

Engineered for HYDAC hydraulic systems, the HYDAC 0990D010ON Anti-Pollution Hydraulic Filter centers on superior anti-pollution performance and precise filtration to protect critical hydraulic components. Its specialized anti-pollution composite filter media—with a multi-layer barrier structure and enhanced adsorption capacity—efficiently captures 10μm-level metal particles, dust, sand, and external invasive contaminants, preventing clogging and abrasive wear of valves, piston pumps, and hydraulic cylinders even in high-pollution operating environments.

Designed for seamless compatibility with compatible HYDAC 0990D010ON equipment models (including heavy-duty machinery and industrial hydraulic systems), it features a standardized quick-install structure and high-tightness seals. This enables hassle-free installation and airtight fitting, maintaining stable system pressure (up to 210 bar) and unobstructed fluid flow, ensuring consistent filtration performance during prolonged continuous operation in pollution-prone hydraulic circuits.

Crafted with premium anti-corrosion and anti-fouling materials, including a reinforced stainless steel filter frame and wear-resistant synthetic fiber media, it boasts excellent structural stability and pollution resistance. It operates reliably in a temperature range of -25°C to 110°C, adapting to harsh industrial environments such as mining sites, construction zones, and dusty manufacturing workshops. The filter’s enhanced dirt-holding capacity and anti-pollution design effectively trap and retain contaminants, extending service intervals and reducing maintenance downtime and replacement costs.

By combining anti-pollution functionality with precise contamination control, this filter maintains hydraulic fluid cleanliness at NAS Class 7 or higher, significantly extending the service life of key hydraulic components under high-pollution conditions. Its optimized flow channel design minimizes resistance, supporting efficient system operation while lowering energy consumption. For more details, visit kxfilter.com.