Molyslip MWF - 20ml

MWF is a concentrated solution containing a unique, oil-soluble molybdenum component along with additives that prevent "welding" of materials under extremely high pressures.

The purpose of lubricants designed for machining and forming tools is to reduce friction and thus the generation of heat, which otherwise results in deformation of workpieces and manufacturing inaccuracies, as well as loss of performance, leading to reduced production (higher speeds and continuous production techniques cannot be used). To understand the function of MWF precisely, it is important to realize that MWF creates a protective coating of molysulfide MoS, which has highly lubricating properties and simultaneously resistance to extreme pressures. This coating withstands even large compressive forces created by the cutting tool. Where we process metals that are relatively brittle and easily machinable, there are usually no significant problems. On the other hand, where we process tough steels and ductile materials, a significant increase in cutting pressures can be observed. This can result in material accumulation on the tool's edge, leading to jamming and overheating. This, of course, leads to accelerated dulling of the cutting tool and a buildup of problems. With highly tough materials, stainless steels, etc., accompanying phenomena such as local hardening due to high temperatures and the formation of a surface sticky layer can quickly lead to overheating and manufacturing inaccuracies if timely measures are not taken. The MoS coating on the tool's edge creates a highly lubricating surface that facilitates cutting of the material and thus significantly reduces the generated heat, improving the working conditions of the cutting tool. Naturally, cutting fluids are used whenever possible to dissipate heat from both the workpiece and the tool. However, when we use the MoS additive, the heat problem is addressed from two perspectives - heat dissipation and simultaneously reducing friction - which provides significantly higher guarantees of success. In practice, it has been shown that, for example, with stainless steels, dramatic increases in cutting speeds and machining accuracy can be achieved. The savings in extending the lifespan of cutting tools are also significant.