Stamping and forming oil
This fluid is fortified with EP additives and specifically formulated for stamping, sheet cutting, and drawing operations. Its blend of EP additives, lubricity, and polar compounds makes it highly effective and capable of delivering superior efficiency and performance. The product's exceptional lubricating properties enhance the lifespan of dies and punches, while also preventing surface fractures and scratches, leading to improved finishing. It does not contain any chlorine components and should be utilized when other stamping and forming oils are ineffective.
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Safety Data Sheet Technical Data SheetYes, MWF-PLUS NT FORM ST-FO 60 offers multipurpose capabilities beyond stamping and drawing. In extreme circumstances, MWF-PLUS NT FORM ST-FO 60 can also serve as a drawing, drill, and tapping fluid, making MWF-PLUS NT FORM ST-FO 60 a versatile choice for various metalworking applications. Its ability to adapt to different metalworking tasks highlights its utility in addressing a wide range of metal processing needs, making MWF-PLUS NT FORM ST-FO 60 a valuable asset in metalworking operations.
This product can be applied using a brush, cloth, or similar methods, providing flexibility in the application process. When MWF-PLUS NT FORM ST-FO 60 comes to removal, MWF-PLUS NT FORM ST-FO 60 can be efficiently removed with solvents or alkaline degreasers. These removal methods ensure that the product is easy to work with and can be seamlessly integrated into metalworking processes, allowing for effective application and cleanup without compromising performance or efficiency.
This product is suitable for the cold drawing of various metals, including steel, stainless steel, brass, bronze, and aluminum. Its versatility in accommodating multiple metal types makes MWF-PLUS NT FORM ST-FO 60 a valuable choice for metalworking operations where different materials need to be processed. Manufacturers can rely on this fluid for a range of applications, from drawing automotive components to working with different sheet metals, ensuring consistent performance across various metalworking tasks.
This product does not contain any chlorine components, setting MWF-PLUS NT FORM ST-FO 60 apart from formulations that may include chlorine-based compounds. The absence of chlorine is significant because chlorine-containing fluids can pose environmental and health risks, as well as potential harm to equipment and materials. By being chlorine-free, MWF-PLUS NT FORM ST-FO 60 offers a safer and more environmentally friendly option for metalworking operations. It eliminates concerns related to chlorine exposure and minimizes the risk of adverse reactions with metals, making MWF-PLUS NT FORM ST-FO 60 suitable for a wide range of metal types and applications.
The product boasts exceptional lubricating properties that significantly benefit the metalworking process and the longevity of tools such as dies and punches. Effective lubrication reduces friction and wear during stamping, sheet cutting, and drawing operations, resulting in improved tool longevity. Moreover, MWF-PLUS NT FORM ST-FO 60 minimizes surface fractures and scratches on the metal being processed, leading to enhanced finishing and product quality. The lubricating properties of this fluid are essential for maintaining the performance and durability of tools, ensuring that they can withstand the demands of rigorous metalworking operations.
This fluid is fortified with EP (Extreme Pressure) additives, which play a crucial role in enhancing its performance in metalworking operations. EP additives are specifically designed to reduce friction and wear in high-pressure and high-temperature environments, such as those encountered in stamping, sheet cutting, and drawing operations. By including EP additives, MWF-PLUS NT FORM ST-FO 60 delivers superior efficiency, extends the lifespan of dies and punches, and prevents surface fractures and scratches on the metal being processed. These additives are essential for achieving high-quality finishing and preventing issues commonly associated with heavy-duty metalworking processes.
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