Stamping and forming oil
This low viscosity evaporating oil is formulated specifically for stamping and forming applications, with polar compounds that ensure optimal performance. Its primary advantage is that parts do not require degreasing due to the low residue left behind after use.
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Manufacturers have the flexibility to apply MWF-PLUS NT FORM ST-FO 53 directly to parts and components using various methods, including brushes, cloths, or similar tools. This adaptability in application methods ensures that manufacturers can choose the most suitable and efficient approach for their specific manufacturing processes. Whether it's precision brushing or uniform cloth application, this low viscosity evaporating oil accommodates different manufacturing preferences, contributing to ease of use and adaptability in various manufacturing environments.
This product is highly versatile and suitable for a wide range of manufacturing applications. It can be effectively used in conventional cutting, forming, and fine blanking processes involving materials such as aluminum, steel, and copper. Additionally, it is a valuable asset in the automotive industry, where precision and quality are paramount. Whether it's automotive parts production or various cutting and forming tasks, this evaporating oil is tailored to meet the demands of these applications, making it a versatile choice for manufacturers in multiple industries.
The optimal performance of MWF-PLUS NT FORM ST-FO 53 is attributed to its inclusion of polar compounds. Polar compounds are known for their ability to enhance lubrication and reduce friction, making them a crucial component for applications like stamping and forming. These compounds ensure that MWF-PLUS NT FORM ST-FO 53 delivers consistent and high-quality results, even in challenging manufacturing scenarios.
This low viscosity evaporating oil is specially formulated for stamping and forming applications, making it an essential tool in manufacturing processes that require precision and efficiency. One of its key advantages is that it leaves behind very little residue after use. This minimal residue is a significant benefit as it eliminates the need for time-consuming and potentially costly degreasing processes, streamlining manufacturing workflows and enhancing productivity.
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