In modern precision manufacturing, the surface finish (Ra value) of a workpiece is the gold standard for measuring quality. Whether it is a mold requiring a mirror-like effect or hydraulic components with stringent fit requirements, any minute texture or flaw on the surface can affect the final performance. Achieving an extremely high surface finish requires not only precision machine tools and cutting tools but also high-lubricity cutting fluid—an indispensable "invisible tool."

In precision grinding, milling, tapping, and other fine machining processes, the tool and workpiece surface are in a state of extremely fine cutting and squeezing. Here, the lubricating performance of the cutting fluid directly determines the friction coefficient. Excellent lubricating performance forms a robust lubricating film between the tool tip and the material, minimizing microscopic friction and material tearing to the greatest extent, thereby significantly reducing surface roughness and achieving smooth, uniform textures.

Kroneseder high-precision machining specialty cutting fluid is formulated with advanced extreme-pressure anti-wear additives and special lubricants. Even under high-pressure, low-temperature precision machining conditions, it maintains excellent oil film strength and adhesion, delivering outstanding friction reduction and wear resistance. This not only helps you consistently achieve higher surface quality but also effectively protects expensive precision tools, reducing the frequency of regrinding and achieving a dual enhancement in machining accuracy and economic efficiency.

Kroneseder water-based coolant KB10220A is a high-performance, long-life product free of boron and chlorine, making it more environmentally friendly compared to traditional cutting fluids. It offers excellent lubricity, cooling, rust prevention, and anti-foam properties, providing superior protection for aluminum alloys by effectively preventing discoloration and oxidation. It is suitable for machining ordinary aluminum alloys, medium-low alloy steels, medium-high carbon steels, and cast iron.