Apart from its suitability in MQL systems, this synthetic oil can be used as a conventional cutting oil in various machining operations. It aids in reducing friction, wear, and heat, ensuring smoother operations and prolonged tool life. Furthermore, its unique properties make MWF-PLUS NT BIO SCO an ideal lubricant in forming operations like stamping and drawing. In these operations, the lubricant helps in reducing tool wear, preventing material pick-up, and ensuring the produced parts are of high quality with minimal defects.

This lubricant is optimized for use in Minimum Quantity Lubrication (MQL) systems. MQL is a technique where a very small amount of lubricant is applied directly to the cutting edge, ensuring efficient lubrication with minimal waste. It is particularly effective during operations such as sawing, milling, and drilling on all types of metal. This method not only reduces lubricant consumption but also minimizes cleanup and is generally more environmentally friendly.

The lubricant is readily biodegradable, signifying its ability to break down into natural substances in the environment within a short timeframe. This property minimizes the environmental footprint and ensures that any inadvertent spillage won't lead to long-term environmental harm.

This synthetic oil lubricant is chlorine-free. Chlorine, while effective as an extreme-pressure additive, can be harmful to the environment and has been associated with health concerns. By being chlorine-free, MWF-PLUS NT BIO SCO ensures a safer work environment and reduces environmental impact, making MWF-PLUS NT BIO SCO a sustainable choice.

One of the standout features of MWF-PLUS NT BIO SCO is its excellent oxidation resistance. This property ensures that the oil maintains its integrity and doesn't break down even when exposed to oxygen over prolonged periods. Oxidation resistance is crucial as MWF-PLUS NT BIO SCO prevents the formation of sludge, acid, and other combustion by-products, ensuring that the machinery remains clean and operates efficiently.

The lubricant is based on synthetic oil, which is crafted through chemical synthesis rather than being extracted from natural sources. Synthetic oils tend to provide enhanced chemical and thermal stability, which translates to better performance and protection under extreme conditions. They also typically offer superior resistance to breakdown and can contribute to longer machinery life.