Machining and neat cutting oil
This product is a cutting fluid that contains carefully selected stable additives to achieve optimal performance over a broad range of pressure and temperature conditions encountered during machining of difficult metals under challenging conditions. It boasts high chemical stability, exceptional lubricating properties owing to its polar additives, and minimal tendency to form oil mist. It is highly recommended for machining all types of metals and is particularly effective under heavy operation conditions.
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Safety Data Sheet Technical Data SheetIt's specifically formulated for use in a range of machining operations, including turning, boring, threading, tapping, and milling. These operations cover a wide spectrum of metalworking tasks, making the product versatile in machining applications.
This cutting fluid is versatile and can be used with various metals, including all grades of steel (including stainless and heat-resistant steels), as well as non-ferrous metals such as brass, copper, bronze, and aluminum.
This cutting fluid minimizes the tendency to form oil mist. This is important for maintaining a clean and safe working environment, reducing the need for extensive cleanup, and preventing the inhalation of oil mist by workers.
Polar additives in MWF-PLUS NT CO 14 enhance its lubricating properties. They reduce friction and wear during machining, improving tool life and surface finish. This contributes to the overall effectiveness of the cutting fluid, particularly when working with tough metals.
This product excels in challenging machining operations due to its high chemical stability. It maintains its effectiveness over a wide range of pressure and temperature conditions, ensuring consistent performance even in demanding situations. Its stability prevents degradation and ensures MWF-PLUS NT CO 14 retains its lubricating properties during tough machining processes.
This product is a cutting fluid formulated with stable additives to optimize its performance in machining challenging metals under varying conditions. It offers high chemical stability, exceptional lubricating properties, and minimal oil mist formation. It is recommended for machining all types of metals and is particularly effective under heavy operation conditions. It's specifically designed for turning, boring, threading, tapping, and milling operations and can be used on steel, brass, copper, bronze, and aluminum.
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