Duckhams Zircon Z 68
Duckhams Zircon Z Hydraulic Oils are a range of anti-wear Hydraulic oils blended using high-quality virgin base oils with a balanced additive system, which includes anti-wear and oxidation inhibitors. It is suitable for most types of mobile or stationary hydraulic systems, including gear-, piston- or vane pump hydraulic systems, operating over a wide range of ambient temperatures.
Duckhams Zircon Z100 Hydraulic Oil
Duckhams Zircon Z100 anti-wear Hydraulic oils blended using high-quality solvent refined base oils with a balanced additive system, which includes anti-wear and oxidation inhibitors. It is suitable for most types of mobile or stationary hydraulic systems, including gear-, piston- or vane-pump hydraulic systems, operating over a wide range of ambient temperatures.
Duckhams Zircon Z32 Hydraulic Oil
Duckhams Zircon Z32 anti-wear Hydraulic oils blended using high-quality solvent refined base oils with a balanced additive system, which includes anti-wear and oxidation inhibitors. It is suitable for most types of mobile or stationary hydraulic systems, including gear-, piston- or vane-pump hydraulic systems, operating over a wide range of ambient temperatures.
Elite PETRONAS HTO 32: The Superior Choice for Peak Industrial Efficiency
PETRONAS HTO 32 is a high-performance heat transfer fluid engineered with advanced anti-oxidant and detergent additives to eliminate deposit build-up and maintain excellent system efficiency. Specifically designed for both open and enclosed systems, it resists thermal cracking at temperatures up to 305°C in closed environments while providing superior thermal stability.
Elite Shell Heat Transfer Oil S2: The Reliable Choice for Peak Industrial System Efficiency
Shell Heat Transfer Oil S2 is a high-performance fluid engineered from highly refined mineral oils to provide superior thermal stability and resist cracking in indirect closed heat transfer systems. Its low-viscosity formula ensures excellent fluidity and heat transfer efficiency while actively preventing deposit formation through high solvency.
