EXOL Ultramax 3 (ISO VG 10) is a premium-quality, low-viscosity anti-wear hydraulic and spindle oil formulated from highly refined mineral base stocks and enhanced with a advanced zinc-based additive system. Specially developed for high-speed machine tool spindles, delicate hydraulic mechanisms, and automated precision equipment, it provides exceptional film strength and low-friction lubrication under continuous high-speed operation.

Engineered with superior thermal stability, rapid air release, and robust oxidation resistance, EXOL Ultramax 3 protects precision components against metal-to-metal wear, rust, and varnish accumulation. The 25-litre drum provides a convenient, medium-duty volume ideal for machine shop reservoirs, automated spindle lubrication units, and workshop maintenance supplies.

Key Performance Benefits

• Precision Spindle & Bearing Protection: Low-viscosity ISO VG 10 formulation reduces fluid drag while maintaining a durable protective film on ultra-high-speed bearings and spindles.
• Zinc-Based Anti-Wear Chemistry: Shields precision pumps, valves, and sliding components from scuffing, surface fatigue, and mechanical wear under load.
• Thermal & Oxidation Resistance: Resists high-temperature fluid breakdown and varnish formation, preventing sticky valve action and extending change intervals.
• Rapid Air Release & Anti-Foam Performance: Prevents air entrainment and excessive foaming to maintain positive fluid pressure and eliminate pump cavitation.
• Demulsibility & Corrosion Control: Rapidly separates water contamination to guard internal steel and non-ferrous components against rust and pitting.
• Practical Workshop Drum: 25-litre canister size allows clean, manageable handling for direct machinery fills and regular maintenance top-ups.

Technical & Application Specifications

Why Choose Chemodex Ltd?

At Chemodex, we specialize in high-performance lubrication and cooling solutions. From bespoke industrial oils to high-demand automotive fluids, every product is formulated under strict quality protocols and backed by direct technical assistance.