For their environmental and ethical advantages over mined diamonds, lab-produced diamonds have exploded in popularity in recent years, rising as the main stone of choice in engagement rings and other modern jewelry items. However, there are still a lot of misconceptions or myths regarding lab-made diamonds out there, which makes some people wary of buying them. This article will discuss some facts concerning lab-grown diamonds that will help you make an informed purchasing decision.
Interesting Facts About Diamonds Grown in a Lab
What should you know about lab-grown diamonds and whether or not they are real diamonds?
First and foremost, when it comes to lab-grown diamonds, remember this: Definitely, lab-produced diamonds are actual diamonds; they are not imitations, moissanite, or cubic zirconia. Lab-grown diamonds are also known as lab manufactured diamonds or man-made diamonds (the phrases are interchangeable) — but no matter how they’re referred to, they’re just as “real” as diamonds mined from the ground. It’s a proven truth that lab-grown diamonds have the same physical, visual, and chemical qualities as natural diamonds. The only difference is the diamond’s origin: natural diamonds grow in the soil, whereas lab-created diamonds are made in a laboratory.
Diamond Grown in A Lab are Eco-friendly
The method of extracting diamonds from the earth is well known for being resource-intensive and polluting the environment. Large-scale mining operations, particularly those that use open-pit mining methods, can cause significant deforestation. The most significant factor is forest clearing and road and home development during the mining phase. Furthermore, when a diamond mine is fully developed, the mined materials and minerals are not always restored, leaving an environment that is unable to recover.
This can result in water pollution as well as land that is unfit for cultivation or other uses. A diamond mine also leaves behind a massive hole in the earth’s surface that can be seen clearly from orbit. Lab diamonds, on the other hand, are generated in regulated laboratories and hence are an environmentally friendly alternative to earth-mined diamonds.
4C’s are used to Grade Lab-grown Diamonds
Lab-created diamonds, like their earth-mined counterparts, are rated on the 4Cs – cut, clarity, color, and carat – to establish their authenticity and purity. So, when you purchase a LAB GROWN DIAMOND ENGAGEMENT RING, you can learn about the diamond grade that was used. A diamond grader assesses how well the diamond has been cut down from its natural state. As a result, each lab diamond comes with a certificate from a reputable lab.
Weeks, not centuries, are needed to create Lab-grown Diamonds
Lab diamonds are made in a matter of weeks rather than centuries deep beneath. The carbon structures of lab-grown diamonds and diamonds mined from the ground are identical. It’s only that in a lab setting, the process is accelerated. The procedure begins with a carbon seed placed in a chamber where heat, pressure, and gases cause the diamond to develop. This procedure takes between 6 and 10 weeks in total. The diamonds are cut and polished once they have fully crystallized. That means finding your perfect forever diamond is simple — simply choose the type of diamond you want, and you’ll see it right in front of your eyes.
In 1950, the first version of the diamond was developed
In 1950, the first iteration of the lab-produced diamond was created. Lab-created diamonds have advanced to the point that they now compete with genuine diamonds in every way. In 1971, the first gem-quality diamonds were created in a laboratory, and in the mid-2010s, colorless laboratory-grown diamonds were introduced to the gem and jewelry market.
Natural Color Tints and Flaws can also affect Lab-grown diamonds
Because lab-grown diamonds are manufactured from the same chemical ingredients as genuine diamonds, they are prone to the same natural color tints and imperfections. As a result, lab-grown diamonds are just as real as diamonds found in the ground, which are shaped and colored according to the rock formation and are just as beautiful to look at. This does not make them any less appealing to today’s ecologically conscious consumers.
Despite the fact that mined diamonds are becoming scarcer due to supply constraints, demand for diamonds is rising. Diamonds mined are not a renewable natural resource. What will consumers do to fill the supply gap? Diamonds created in a laboratory will. Natural resources are not depleted in the production of lab-grown diamonds.
What is the process of creating or growing a lab-grown diamond?
Both natural and lab diamonds are made up of carbon atoms that have been subjected to extremely high temperatures. Although there are a variety of procedures that may be used to make a lab-grown diamond, Oui by Jean Dousset’s lab diamonds designs exclusively include lab-manufactured diamonds that were made utilizing a technique known as CVD (Chemical Vapor Deposition).
Below, we’ve outlined all you need to know about the lab-grown growth process:
High-Pressure High Temperature (HPHT) and CVD are the two most prevalent procedures for creating and developing lab diamonds (Chemical Vapor Deposition). CVD is a more recent technology that is now the favored method for producing a high-quality, real diamond. Only lab diamonds created using the CVD technique are used in Oui by Jean Dousset. Growing these diamonds necessitates a unique procedure that begins with a small “seed” diamond placed inside a chamber and then heated to extreme temperatures.
The chamber is then filled with a carbon-rich gas mixture. Ionization breaks away the molecular bonds in the gases, allowing pure carbon to adhere to the diamond seed. As the carbon accumulates, it creates atomic bonds with the seed diamond, leading to the formation of a new, larger diamond that looks just like natural diamonds. Growing a lab diamond, like the development of all beautiful things, takes time: a 1ct CVD diamond typically takes around a month to mature. From this write-up, you have the knowledge of lab-grown diamonds. A lot of information about this diamond was expressed, from its history or development to production.