FAQs

Our answer is simple; more than you’re getting now, and it would be a a lot more. It all depends on the material you are cutting, your feed and speed. 100, 200, or even 300 percent or more have been seen in results. It all depends on took condition, feed and speed.

It is new nanotechnology. We have been testing for the past four years, including working at leading universities, research centers, as well as working with leading companies in the industry to test and validate our products.

Our products have been tested by leading automotive manufacturers including: Magna, American Axle, John Deere, Linamar, Pratt & Whitney, leading research facilities such as CCAT, and many others.

The results of our product testing and validation are included in our case studies.

When we first developed Tool-X, we test the Tool-X nanotechnology in many of the leading brand of metal working fluids, in both cutting oils and water-based semi-synthetic MWFs. We were able to demonstrate the effectiveness of our EP additive, as well as identify means to create stable emulsions that would work under severe conditions for long periods in customer equipment.

But for many reasons, we have chosen not to commercialize our nanotechnology as a dopp-additive. Instead we have developed out own formulation optimized for peak performance with our nano-onion technology. These include a variety of versions of most metalworking fluids.

We have successfully tested Tool-X formulations in synthetic MWF formulations, but in reality, using Tool-X is an alternative to synthetic fluids without the cost and environmental problems of those formulations.

No. Typically, it comes in a pail, and you just dump it into the sump. What is important is that you start with a clean machine and fresh metalworking fluid. Spending the time to maintain a machine properly will extend tool life, fluid life and improve the machine; as well as the parts quality.