58B378 - Walter Coolcut Neo 3724 N High Performance Cutting Oil 200L Drum

High-Performance Cutting Oil for Demanding Alloys

The Walter Coolcut™ Neo 3724 N is a premium cutting oil engineered to meet the rigorous demands of modern industrial machining. Supplied in a substantial 200L drum, this fluid is designed for high-volume workshops that process challenging materials. Its advanced formulation utilizes low emission base oils combined with potent Extreme Pressure (EP) additives, ensuring that it maintains a stable lubricating film even under the intense stress of heavy-duty cutting operations.

One of the standout features of the Coolcut Neo 3724 N is its specific optimization for high tensile strength materials. It excels when used with stainless steels, nickel alloys, and titanium-alloyed steels—materials notorious for work-hardening and generating excessive heat. By providing superior lubricity and cooling, this oil helps prevent thermal deformation of the workpiece and significantly extends the lifespan of expensive cutting tools. The kinematic viscosity of 16 mm²/s ensures the fluid flows freely to the cutting zone, flushing away chips effectively while reducing friction.

Beyond performance, Walter has prioritized operator safety and environmental responsibility. The formula is completely chlorine-free and zinc-free, making it suitable for industries with strict chemical restrictions, such as aerospace or nuclear sectors. Furthermore, the oil exhibits low fog and low evaporation loss characteristics. This reduction in airborne mist creates a cleaner, healthier breathing environment for machine operators and reduces the oily residue that settles on workshop surfaces. When the job is done, the oil is designed for easy removal using standard aqueous or hydrocarbon cleaners, streamlining the post-machining cleaning process.

Whether your operations involve turning, milling, broaching, deep drilling, or threading, the Coolcut Neo 3724 N provides the reliability and consistency required for precision manufacturing. Its low drag-out properties also mean less fluid is carried away with the chips, resulting in lower consumption rates and better cost-efficiency over time.