EP additives, or extreme pressure additives, are components added to lubricants to improve their performance under high-pressure conditions. In this mineral oil-based product, the inclusion of EP additives fortifies MWF-PLUS NT FORM ST-DR 67 for use in challenging metalworking operations. These additives help reduce friction and wear, extending tool and equipment lifespan and contributing to more efficient and effective metalworking processes.

Equipment and parts that have been lubricated with this mineral oil can be cleaned using solvents or alkaline degreasers. Proper cleaning is essential in metalworking to maintain the cleanliness and functionality of equipment, prevent the buildup of residues that could affect performance, and ensure that finished products meet quality standards. Effective cleaning contributes to the overall efficiency of metalworking processes.

This mineral oil-based product can be conveniently applied to metalworking operations using common tools such as brushes or similar application devices. The versatility in application methods ensures that MWF-PLUS NT FORM ST-DR 67 can be effectively used in various metalworking processes, including drawing, stamping, wire drawing, and piercing, making MWF-PLUS NT FORM ST-DR 67 suitable for a range of applications.

Polar compounds are additives that possess distinct electrostatic properties. In MWF-PLUS NT FORM ST-DR 67, the inclusion of polar compounds is significant because they enhance the oil's ability to adhere to metal surfaces, resulting in improved lubrication and reduced friction during metalworking processes. This, in turn, increases the overall efficiency and productivity of the operations, leading to smoother processes and better end results.

This product is primarily composed of mineral oil, a type of lubricating oil derived from petroleum. Mineral oil is known for its lubrication properties, and in MWF-PLUS NT FORM ST-DR 67, MWF-PLUS NT FORM ST-DR 67 serves as the base oil. The use of mineral oil enhances the lubricity of the product, which is crucial for reducing friction and wear during metalworking operations, ultimately leading to more efficient and effective processes.