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Everything You Need to Know About Lab-Grown Diamonds

What is a Lab-Grown Diamond and How Is One Made?

“Are lab-grown diamonds real diamonds?” is the most often asked question. (Also known as lab-created diamonds or man-made diamonds)

The answer is definitely yes.

The only distinction between a lab-created diamond and a genuine diamond is its origin. A lab-made diamond is generated in a laboratory using cutting-edge technology resembling organic diamond development. As a consequence, a man-made diamond has been constructed that is physically, optically, and chemically identical to diamonds formed deep inside the Earth’s crust. These diamonds are more ethical, attractive, and inexpensive than any diamond we’ll ever find on this land. Lab-grown diamonds are used to make jewelry items like oval engagement rings.

“[Lab-created diamonds] are not counterfeits.” They aren’t cubic zirconias at all. They possess all of the physical and chemical characteristics of a natural diamond.” Says Stephen Morisseau, a representative from The Gemological Institute of America, a nonprofit institution that supervises the global diamond grading scale.

According to several experts, typical (i.e., mined) diamonds developed between 1 and 3 billion years ago. The process occurred 100 miles beneath the Earth’s crust, where co2 was subjected to tremendous heat and then subjected to extreme pressure. Pure carbon was compressed into diamonds and then moved upwards through subterranean volcanic activity.

Researchers have been able to replicate the procedure using two different approaches in recent years. One is termed High Pressure-High Temperature (HPHT), and it re-creates an environment of high pressure and great heat using “carbon seeds” (from pre-existing diamonds) and complex technology. The initial seed is encased in pure carbon, which is melted and then gently cooled to make a pure carbon diamond.

Chemical Vapor Deposition (CVD) is the other process, which commonly begins with an HPHT-produced diamond seed. This seed is then placed in a closed container and heated to around 800 ° C. Carbon-rich gases are injected into the chamber and ionized into plasma. When molecular bonds break down, pure carbon adheres to the diamond seeds, gradually crystallizing into a pure carbon diamond.

Here are some Reasons to Buy a Lab-Created Diamond.

Exceptional Purity and Quality

Diamonds created over the Earth are more flawless than the diamond mined with diesel and dynamite below ground. Diamonds developed in the chaos beneath the Earth contain more flaws and strain in the crystal lattice than diamonds made by man. Lab-grown diamonds cause no injuries and no labor exploitation.

Every diamond has a known origin.

Since over six billion carat diamond of diamonds have already been mined from natural sources over the last several hundreds of years, and the large proportion was extracted in the century prior to the establishment of the Kimberley Process in 2003, pinpointing the natural origin of every solitary mined diamond in an article of diamond jewelry is not impossible.

Superiority in the Nature

Diamond mines are some of the world’s most giant holes, requiring vast quantities of energy to extract the diamonds by heavy earthmover. The Mirny Diamond Mine is 1,722 feet deep and nearly a mile long. It is the planet’s second-largest crater.

On the other hand, mined diamonds are not ethical, causing long-term damage to watersheds and ecosystems. In the following decades, a single diamond mine in India will necessitate the felling of 492,000 plants and the devastation of a Bengal Tiger habitat.

Moreover, diamond mining becomes less and less sustainable each year, whereas diamond cultivation becomes more so. Several diamond growers are using sustainable sources to produce diamonds, and numerous diamond-producing complexes are being built in areas with plentiful sustainable energy.

Diamonds are larger and better for your budget

Lab diamonds are now 40-50 percent more affordable than comparable-quality natural diamonds. This is due to two factors: the production process for lab-created diamonds is much more cost-effective, and all the diamond mining companies profit handsomely.

If you prefer lab-created diamonds to mined diamonds, you can acquire far brighter and better-quality diamonds in a given budget. Ada Diamonds, for example, is a 2.0 to 3-carat lab-created diamond of the same grade for about the same price as a 1.5 carats single diamond ring from a high-end retailer.