Servo SYSTEM HLP 32 AF

Servo System HLP 32 AF is a premium-quality, ashless anti-wear hydraulic oil specially formulated to deliver outstanding performance and protection in high-pressure hydraulic systems operating in severe industrial and mobile equipment conditions. Designed using highly refined base oils and advanced additive technology, this lubricant provides superior wear protection, thermal stability, and oxidation resistance, ensuring long service life and reliable performance in both indoor and outdoor environments. The ashless formulation of Servo System HLP 32 AF makes it particularly suitable for systems where environmental safety and equipment cleanliness are essential. It prevents deposit and sludge formation, maintaining the cleanliness of hydraulic components such as pumps, valves, and actuators. Its excellent anti-wear properties ensure minimal metal wear, extending the life of hydraulic systems and reducing maintenance downtime. This oil exhibits outstanding oxidation and thermal stability, even under high temperature and load conditions, ensuring consistent viscosity and smooth operation over long service intervals. Its excellent filterability and demulsibility properties allow quick water separation and maintain system efficiency even in humid or moisture-prone conditions. With a kinematic viscosity of 29–35 cSt at 40°C, a viscosity index of 100, and a flash point of 204°C, Servo System HLP 32 AF provides a strong lubricating film that ensures reliable operation across a wide temperature range. It meets the stringent performance requirements of DIN 51524 Part 2, Cincinnati Machines P-68, P-69, and P-70, as well as IS 10522 and IS 11656 specifications. Ideal for use in electro-hydraulic and numerically controlled (NC) systems, Servo System HLP 32 AF is also recommended for hydraulic systems operating in humid or outdoor conditions, such as in steel plants, mining, marine, and mobile hydraulic machinery. In summary, Servo System HLP 32 AF delivers clean, stable, and long-lasting hydraulic protection with superior anti-wear and corrosion control properties — making it the preferred choice for modern, high-performance hydraulic systems that demand efficiency, reliability, and environmental compatibility.