Compatibility with both centralized systems and independent machines ensures that the cutting fluid can be used in diverse manufacturing setups, from large-scale operations where fluid is supplied from a central reservoir to multiple machines, to standalone machines.

This cutting fluid is suitable for a diverse range of machining operations on metals like aluminum, steel, cast iron, copper, and brass. It is also suitable for grinding operations that require a high-quality finish.

Stability in hard water ensures that the cutting fluid remains effective and does not react adversely with minerals in the water. This ensures consistent lubrication, cooling, and protection against wear, even in regions with hard water.

Resistance to biological growth ensures that the fluid maintains its performance, extends its service life, and prevents issues like unpleasant odors and corrosion. It also reduces the need for additives like biocides or fungicides, making the fluid safer for operators and the environment.

The absence of chlorinated compounds, nitrites, and secondary amines ensures that the cutting fluid is environmentally friendly, reduces potential health risks to operators, and complies with health and safety regulations.

Micro emulsions are stable, fine dispersions of oil and water, typically achieved with the help of surfactants. In cutting fluids, they ensure effective lubrication and cooling due to their fine nature, allowing the fluid to penetrate critical tool/chip interfaces.

Formaldehyde is a compound that can pose health risks to operators and the environment. Its absence in a cutting fluid ensures a safer working environment and reduces potential regulatory concerns.