Compatibility with both centralized systems and independent machines ensures that the metalworking 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 semi-synthetic metalworking fluid can be used for various machining operations and grinding tasks on metals like steel, cast iron, certain types of aluminum, and bronze.

A semi-synthetic metalworking fluid is a blend of synthetic (artificially produced) and mineral (derived from refining crude oil) base oils. It combines the benefits of both types, offering effective cooling and lubrication during metalworking operations.

Biocides or fungicides are added to metalworking fluids to prevent the growth of bacteria and fungi. However, their absence is significant as it indicates that the fluid inherently resists microbial growth without the need for these additives, making it safer for operators and the environment.

Biological resistance in metalworking fluids means that the fluid inhibits the growth of microorganisms, such as bacteria and fungi. This helps in maintaining the fluid's performance, extending its service life, and preventing issues like unpleasant odors and corrosion.

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