This cutting fluid is suitable for a variety of machining setups, making it highly versatile. It can be effectively used in both centralized systems and independent machines. This versatility offers several advantages. For facilities with centralized coolant systems, the cutting fluid can be efficiently distributed to multiple machining centers, ensuring consistent and uniform cooling and lubrication across the entire facility. On the other hand, it can also be employed in standalone or independent machines, providing flexibility for smaller machining operations or when centralized systems are not available. This adaptability allows users to optimize their machining setups and achieve consistent, high-quality results in various environments.

The ability to adjust viscosity through polymer concentration is advantageous because it allows users to tailor the cutting fluid's performance to specific machining operations. By increasing or decreasing the polymer concentration, operators can control the fluid's viscosity, which directly impacts its lubricity. In situations where superior lubricity is necessary, such as heavy-duty machining or operations involving difficult-to-machine materials, the cutting fluid can be adjusted to have a higher viscosity. This ensures improved lubrication between the cutting tool and workpiece, reducing friction, heat generation, and tool wear. Conversely, in applications where standard lubricity is sufficient, the viscosity can be adjusted accordingly, providing versatility and adaptability for a wide range of machining tasks.

Resistance to hard water is crucial in a cutting fluid because it ensures stable and consistent performance, even in areas with challenging water quality. Hard water contains minerals and ions that can negatively affect the performance of cutting fluids, leading to issues like emulsion breakdown, reduced cooling efficiency, and poor lubrication. By resisting the detrimental effects of hard water, this cutting fluid maintains its effectiveness, prolonging tool life and improving the overall quality of machined components. It provides reliability in machining operations, regardless of the water quality at the facility.

The ability of this cutting fluid to form clear and transparent emulsions is significant because it allows for better visibility and monitoring of the machining process. Clear emulsions provide operators with a clear view of the workpiece, cutting tool, and the overall machining environment. This enhanced visibility ensures precision and accuracy during machining operations, reducing the likelihood of errors. It also facilitates real-time monitoring of tool wear and chip evacuation. Overall, clear and transparent emulsions contribute to improved machining performance and help maintain the quality of machined components.

This neo-synthetic cutting fluid represents a new generation of water-soluble cutting fluids, offering several distinctive features. It forms clear and transparent emulsions with minimal foam, providing excellent cooling properties. One of its notable characteristics is its impressive resistance to hard water, which ensures stable performance even in areas with challenging water quality. Additionally, this fluid possesses good lubricity properties and incorporates EP (extreme pressure) characteristics, enhancing its efficiency in demanding machining operations. Depending on the specific operation requirements, the fluid's viscosity can be adjusted by varying the concentration of the polymer, allowing for superior lubricity when needed. Overall, MWF-PLUS WS GEN 64 is suitable for a wide range of machining operations and grinding tasks, applicable to various materials, including all grades of steels, aluminum, yellow metals, and cast iron. It is versatile and can be used effectively in both centralized systems and independent machines.