Researchers at Harvard University have used the quantum effect of nano-diamonds to turn it into a "thermometer", measuring temperature changes within human embryonic stem cells, with accuracy of 10 times that of the prior art, according to Nature. By adding diamond nanoparticles, researchers can also use laser to heat or even kill cells in specific parts of cells, which is expected to provide a new approach to cancer treatment without compromising healthy tissue and a new approach to cell behavior.

A new type of super hard nano-diamond developed by the Natalia Dubroveska of the University of Bayreuth, Germany, which can withstand three times the pressure of the Earth's core pressure. This nano-diamond powder, has a strong adsorption as well as can be combined with active substances. It is also easy to be absorbed by the skin, which is expected to make it in the cosmetics industry.

In addition, although the diamond can be made of jewelry, most of the diamond after processing is made of super-hard coating, the tools and drills wrapped to reduce wear and tear. In the mining industry and the oil industry, if there is no diamond drill, people can not dig hundreds of meters deep underground to access to valuable resources.The use of super-hard coating is varied.The nanometer super-hard coating has high hardness, high elastic modulus, high thermal conductivity, excellent chemical stability, etc., which improves greatly the service efficiency of the cutting tools, it has prominent performance advantages especially on the cutting tools for difficult-to-machine materials such as high silicon aluminum alloy, carbon fiber composite materials, PCB printed circuit board.

Our company, Luoyang Yuxin Diamond Co.,Ltd, adopts the advanced chemical technology from the United States, provides high quality nano-coating with nice adhesion improving the abrasive resistance, corrosion resistance, and reducing friction.