The coolant is designed to meet the exacting demands and high standards of modern production engineering techniques, ensuring compatibility with advanced machinery, tools, and materials, and delivering consistent, high-quality results.

The coolant's formulation, which includes high levels of lubricity additives and other multifunctional components, ensures effective cooling, lubrication, and protection during machining operations on both aluminum and ferrous metals.

Biostatic characteristics refer to the ability of the coolant to inhibit the growth of microorganisms, such as bacteria and fungi. This helps in maintaining the coolant's performance, extending its service life, and preventing issues like unpleasant odors and corrosion.

Lubricity additives enhance the performance of a coolant by reducing friction between the tool and the workpiece. This leads to smoother finishes, extended tool life, and reduced heat generation during machining operations.

A coolant is designed to offer cooling and lubrication during metalworking operations, reducing heat generation, preventing tool wear, and ensuring smoother finishes on machined parts.