This lubricant can be applied undiluted using a brush or similar application tools. This method ensures that the fluid is evenly distributed across the workpieces, providing effective lubrication and protection during stamping and forming processes. The ease of application contributes to the efficiency of manufacturing operations, as it simplifies the process and allows for precise control over the lubricant's application, ensuring that the parts receive the necessary protection without excess waste or mess.

This lubricant is suitable for a range of applications, including drawing, stamping, and cutting. Specifically, it is well-suited for electrical and automotive component manufacturing, where precise and efficient machining and forming processes are essential. Its compatibility with various processes and materials makes it a versatile choice for manufacturers in these industries, offering flexibility and reliability in their production operations.

No, MWF-PLUS NT FORM ST-FO 54 does not contain any chlorine compounds. This feature is significant, as it eliminates the potential risks associated with the presence of chlorine in manufacturing processes. The absence of chlorine ensures that the fluid is safe for use in various applications and compatible with a wide range of materials, particularly in industries where chlorine-free solutions are preferred to maintain product quality and safety.

Yes, this evaporating fluid is characterized by low viscosity. Its low viscosity is advantageous in stamping and forming applications as it allows for easy and effective application to the workpieces. This property ensures that the fluid can penetrate and coat the parts evenly, contributing to smooth and efficient manufacturing processes.

This product is categorized as an evaporating fluid, specifically formulated for use in stamping and forming applications. One of its major benefits is that it evaporates efficiently, leaving behind only a minimal amount of residue. This characteristic eliminates the need for extensive degreasing of parts, streamlining post-processing procedures and enhancing overall efficiency in manufacturing processes.