This cutting fluid is highly versatile and suitable for a wide range of machining applications, making it a valuable choice for users. It can be effectively used in numerous machining operations, including turning, milling, grinding, and other cutting processes. Its compatibility extends to various materials, encompassing all grades of steel, cast iron, aluminum, and copper. This versatility offers several advantages to users. It simplifies fluid selection and management, as a single cutting fluid can be used across diverse machining applications and materials. This reduces the need for multiple fluid types, optimizing inventory and fluid management practices. Additionally, the fluid's adaptability ensures consistent and reliable performance, enhancing the overall quality of machined components across different applications. Its versatility makes it a valuable asset for users seeking efficient and adaptable cutting fluid solutions.

The exceptional biological resistance of this cutting fluid provides significant benefits to users and simplifies fluid management. Firstly, it eliminates the need to add additional biocides or fungicides, streamlining the fluid management process and reducing the associated costs and complexities. This simplification enhances the efficiency of fluid management and minimizes the resources required for maintaining the cutting fluid. Additionally, the elimination of biocides or fungicides contributes to a safer and more environmentally friendly work environment by reducing exposure to potentially hazardous chemicals. Furthermore, the fluid's biological resistance ensures long fluid life without the development of unpleasant odors or the risk of bacterial contamination, enhancing the overall quality of machining operations and maintaining a pleasant working environment for operators. It represents a reliable and efficient solution for users seeking to optimize their cutting fluid management practices.

Resistance to hard water is an essential feature in cutting fluids due to its significant impact on performance, especially in regions with challenging water quality. Hard water contains minerals and ions that can negatively affect the performance of cutting fluids. These effects include the breakdown of emulsions, reduced cooling efficiency, diminished lubrication properties, and the potential formation of deposits. By possessing resistance to hard water, this cutting fluid maintains its effectiveness and performance integrity, regardless of the water quality at the facility. This ensures stable and consistent machining operations, prolongs tool life, and contributes to the overall quality of machined components, making it a reliable choice for regions where hard water is prevalent.

The ability of this cutting fluid to form clear and transparent emulsions is of significant importance as it directly impacts the performance during machining operations. Clear emulsions provide several advantages. First and foremost, they offer enhanced visibility, allowing operators to clearly monitor the machining process, workpiece, and cutting tool. This heightened visibility ensures precision and accuracy, reducing the likelihood of errors and enhancing the overall quality of machined components. Clear and transparent emulsions also facilitate real-time monitoring of tool wear, chip evacuation, and the condition of the cutting tool, contributing to extended tool life and improved machining performance. In summary, clear emulsions play a pivotal role in maintaining machining precision and efficiency.

This neo-synthetic cutting fluid represents a new generation of water-soluble cutting fluids, offering a range of outstanding features. It is renowned for forming clear and transparent emulsions with minimal foaming tendencies, providing exceptional cooling properties during machining operations. One of its notable attributes is its impressive resistance to hard water, ensuring stable and consistent performance even in regions with challenging water quality. Moreover, this cutting fluid is specially formulated to exhibit exceptional biological resistance, eliminating the need to add additional biocides or fungicides. This not only simplifies fluid management but also contributes to a safer and more environmentally friendly work environment. Additionally, MWF-PLUS WS GEN-GR 51 is designed with worker safety in mind and effectively protects the machine from rust, enhancing its overall durability. It is well-suited for a wide variety of machining operations, including grinding, across a diverse range of materials, including all grades of steel, cast iron, aluminum, and copper, making it highly versatile and suitable for various applications.