How “Nano-Onions” Help Improve Cutting Performance

Nano-scale carbon structures blended with this company’s coolant is said to provide increased tool life and overall cutting performance.

Article From: 5/16/2014 Modern Machine Shop, ,

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tool-x coolant

“Nano-onion” carbon nano-particles in the SS-500 coolant absorb and then release liquid under the pressure of cutting. In doing so, the liquid is released directly at the ideal location of the tool/workpiece interface.

tool-x coolant

This coolant can be used for milling, drilling, tapping, turning, boring, grinding, sawing and so on.

Simply put, “nano-onions” are spherical, nano-scale carbon structures. The nano-onions developed by Tool-X (Rochester, Michigan) that are blended with the company’s SS-500 low-oil, semi-synthetic coolant offer physical properties that enable the coolant to provide increased tool life and overall cutting performance when machining ferrous and nonferrous materials.

The nano-onion particles in the SS-500 coolant feature a multi-layer structure that absorbs liquid and releases it under the pressure of cutting directly at the tool/workpiece interface. This is said to reduce cutting forces, which results in better surface finishes and increased speeds, feeds and material removal rates. The shearing action that the nano-onions are exposed to during machining also amplifies the number of particles in the coolant, improving coolant lubricity. Heat dissipation is an added benefit due to the nano-onions’ thermally conductive properties. In addition, the particles effectively shot peen the surface of a tool, smoothing and improving the tool’s surface finish.

The company says these characteristics enable the SS-500 coolant to increase tool life by as much as 400 percent and help reduce the effects of virtually every root cause of tool failure, including built-up edge, flank wear, chipping, crater wear and plastic deformation. Overall, the SS-500 coolant combines the lubricity of a soluble oil coolant with the cleanliness of a synthetic coolant, and can be used for a range of machining applications such as milling, drilling, tapping, turning, boring, sawing and grinding.

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