Machining and grinding fluids are designed for use on all metals, plastics, glass and composites. These products are engineered to provide total performance, whether running small individual sumps or large central systems. Formulated using today's leading chemical technologies and qualified raw materials, they contain balanced lubrication chemistries to provide optimum results. In addition, our products deliver outstanding  biostability properties, corrosion protection, post-processing synchronisity, low or no foam and complete aqueous compatibility. Synthetic fluids contain no petroleum or mineral oil  it generally consist of chemical lubricants and rust inhibitors dissolved in water. Like soluble oils, synthetics are provided as a concentrate which is mixed with water to form the metalworking fluid. These fluids are designed for high cooling capacity, lubricity, corrosion prevention, and easy maintenance. Due to their higher cooling capacity, synthetics tend to be preferred for high-heat, high-velocity turning operations such as surface grinding. They are also desirable when clarity or low foam characteristics are required. Due to their wet ability, good cooling and lubricity, emulsifiable synthetics are capable of handling heavy-duty grinding and cutting operations on tough, difficult-to-machine and high temperature alloys The appearance of emulsifiable synthetic fluids ranges from translucent to opaque.
Lobol  Synthcut also provides a full line of mist and saw lubricants for "near dry" applications. These eco-based fluids are formulated utilizing natural vegetable base stocks and additives. Lubol   Synthcut  –  is Synthetic type coolant intended for use on ferrous metals and its chemical formula is angled to overcome any difficulties in the cutting and grinding of Cast Iron with soluble media. A reliable small amount of EP additives is present so that a high surface finish can be achieved. Lubol Synthcut    is ideally suited for machining and grinding of Cast Iron. They are the right choice for production grinding where wheel grains must cut continuously without any trace of burn marks. These products can be used for light duty machining operations

Synthetics are easily separated from the workpiece and chips, allowing for easy cleaning and handling of these materials. In addition, since the amount of fluid clinging to the workpiece and chips is reduced, less makeup fluid is needed to replace coolant lost to drag-out.
Good settling properties allow fine particulates to readily drop out of suspension, preventing them from recirculating and clogging the machine-cooling system. Overall, synthetics are easier to maintain due to their cleanliness, they offer long service life if properly maintained and can be used for a variety of machining operations.