Pure Carbon

Artificial diamond grows in the laboratory. As diamonds from the earth, as they are pure carbon. They are great

Diamonds are no longer the only option for engagement rings and fine jewelry. Ecological / ethical issues, but also to make sure that the advancement of technology is not only substitute, but also acceptable, but also more popular. Identical physical and optical properties of our patented synthetic diamonds (sometimes referred to as laboratories or manufacture of synthetic diamonds) Next, for all practical purposes, the diamond is mined

We offer two diamond mining best choices: True Diamond ™ and Contemporary Nexus Diamond Growth ™

The real growth rate of diamonds and diamond mining is the same in all respects, except that they are not earth and not ecological / ethical issues. Including defects and grading - - grown in the laboratory, 100% carbon, they have all the properties of mined diamond, because they are diamonds in all respects. You can find stones and preconfigured engagement rings on loose 1215 diamonds.com to them

Unlike other diamond options, we acquired a patent of modern Nexus diamond. It belongs to the class by itself and can not be compared with other simulators. Evaluation same as Nexus diamond evaluation, and after cutting, color and transparency. They were perfect and everything was perfect. They are extremely durable, including diamond mining of cut glasses. They can visually mineralize the best quality with the same as diamonds and experienced jewelry magnifying glasses can not tell them. And they always guarantee a perfect visual. Diamond Nexus is 70 to 90% lower cost than mined diamond

When I received the diamond Nexus Ring, I do not see the picture is totally obvious, I know that it received quality, size and design shock

I am very excited about DNL in my work, and I will purchase advertisements and diamond mining price tags again!

It allows me to provide a look that I want to do with diamonds. Also, when I can get the same thing why, so much for the price

The above earrings, delivery time, packaging as it is. I am very satisfied and will buy from them again

The answer is simple: carbon. Diamond is a pure carbon material. But, so what? Many things are made of carbon. For example, even with graphite pencil, carbon material, pure, but distinctly different diamond. So, how can we have two materials composed of these two materials, the same thing, but very different from each other? The answer lies in the molecular structure of carbon atoms. It can be formed with many different carbon allotropes that have very different characteristics. For example, graphite is perfect for writing and drawing This is again very opaque and brittle again, but probably not very good for engagement rings. However, this structure is a dense diamond cubic shape and it can not be believed very transparent

Diamond is pure carbon in the form of a solid in which atoms are placed in the crystal. Depending on the type of chemical bond, it is present in different forms of the reference solid carbon allotrope. The most common two pure carbon allotropes are graphite and diamond. In graphite, the bond is an SP 2 hybridized orbital, and atoms are formed in a plane, each spacing three nearest neighbor bonds 120 degrees atoms. In diamonds, they are SP3, tetrahedral atoms, each connected to the nearest 4 people. The tetrahedron is rigid, strong adhesion and has all the known materials, diamond has the maximum number per unit volume of atom which is both incompressible and why it is difficult. It also has high density, natural diamond 3150 (more than 3 times the density of water) in pure diamonds and 3530 km / cubic meters per cubic meter of 3520 km / cubic meter. With graphite, recent links between weak links between aircraft are sliding over other aircraft, although it is also easy for neighbors because it is easy