There are two types of diamonds: naturally occurring diamonds and lab-grown synthetic diamonds. Natural diamonds are obtained by mining worldwide utilizing various machinery and equipment. On the other hand, synthetic diamonds are man-made diamonds created in the lab. Scientists place the carbon elements under immense pressure and temperatures to make a diamond crystal to create these synthetic diamonds. Alternatively, a scientist may use the chemical vapor deposition. A scientist will take a tiny seed of a diamond crystal and grow it layer by layer in a chamber throughout this process. Therefore, lab-made synthetic diamonds are cultured diamonds developed in carefully controlled settings utilizing contemporary technology procedures that mimic the circumstances in which diamonds naturally originate in the mantle beneath the earth’s crust. Moreover, they have the same visual and chemical qualities as actual natural diamonds since they are made of the same substance.
In this post, we’ll go over the characteristics of lab-grown synthetic diamonds, how they’re manufactured, and the advantages that come with them.
Characteristics of lab-grown synthetic diamonds
- Color Grade – Cultured diamonds are offered in several colorless and dazzling color ranges. Compared to actual natural diamonds, they sell for a fair price when it comes to clear diamonds, the absence of color results in a better grade.
- Clarity Grade – This relates to the manufactured diamond’s look and the absence of fractures and flaws.
- Cut Grade – Diamonds’ extraordinary brightness is generally highly attractive since it provides this unique glitter that diamond simulants such as moissanite cannot attain because light flows differently through those stones.
- Carat Weight refers to the diamond’s size and weight. Synthetic diamonds created in a lab can be any carat weight, depending on the size.
How are lab-made synthetic diamonds?
Natural diamonds are formed by extreme heat and pressure, which change carbon atoms into the stunning and mesmerizing jewels we know as diamonds. On the other hand, lab-made synthetic diamonds are created in almost the same way as the occurring of natural diamonds, however, this artificial process is much faster compared to natural methods. To begin the creation of artificial diamonds, one needs to have a diamond seed or a little fragment of a diamond. Then, the seed is placed in a special chamber that is designed to mimic the conditions present in the earth’s crust. The pure carbon-coated seed will ultimately turn into a synthetic diamond chemically similar to a natural diamond. For lab-created diamonds, two processes are used: High Pressure-High Temperature (HPHT) and Chemical Vapor Deposition (CVD) (CVD).
Advantages/benefits of lab-grown synthetic diamonds
- Since they grow in completely monitored processes, they tend to have fewer defects
- They are more appealing; highly contributed to their better quality, clarity, and brilliance
- It is environmentally friendly as it is lab-grown
- It is cheaper compared to natural diamonds
- They may come n distinctive colors, unlike natural diamonds, thus allowing for a variety of options in colors
- Because of their traceable origins, it is simpler for individuals to find diamonds from trusted suppliers.
- Moreover, they come in better quality due to the monitored processes and environment.
In conclusion, lab-grown synthetic diamonds provide outstanding value, are more inexpensive, and have an equally lower price than real natural diamonds.
Diamonds are highly versatile and can be worn as everyday jewelry or on special occasions.