Low-foaming, even in very soft water.
Good emulsion stability in very hard water (up to ~1000 ppm) i.e. it won’t break-down easily with mineral content in water.
Excellent bio-stability – resists bacterial / microbial growth, helping maintain fluid quality over time.
Good performance under high pressure / through-tool coolant delivery (above 1000 psi) conditions.
Suitable for machining of various metals: aluminium, steel, stainless steel, aerospace alloys etc.
Good for operations that involve high coolant pressure, or demanding cooling / lubrication conditions.
Can be used in environments where water quality varies (from soft to hard) due to its stability.
Reduced foam, even in soft water, means more consistent coolant flow, less need for anti-foam agents.
Stable emulsion in hard water → lower risk of breakdown / deposit formation.
Good corrosion protection and part / tool life due to stable chemistry and lubrication.
Suitable for tough machining tasks, including through-tool cooling, which require high performance.
