Synthetic Diamonds Market – Not By Jewelry Alone

Experts constantly say about the synthetic diamonds market’s growth. You may hear different predictions on the increase in production volumes of man-made diamonds, in revenue got by lab-grown diamond traders or multiplying the companies which refute natural stones in favor of their synthetic counterparts.

The report “Global Lab Grown (Synthetic) Diamonds Market” by Kenneth Research is one of such recently released documents, which offers many figures on impending market growth and further expansion of synthetic diamonds.

Although the report showcases just tendency, there are many reasons to believe in this tendency’s coming true.  You might be curious about them.

So, why does growth happen? Is the demand for jewelry the only factor, which contributes to this? Can solely the love of fashionistas for synthetic diamonds nurture market growth? If it indeed can, why they prefer newly-emerged to the conventional product?

Growth happens since synthetic diamonds are high-quality and less costly substitutes to natural diamonds

Replacement of the product usually happens when there is a better or more economically profitable alternative to it. It is an economic reality and basic market rule.

Synthetic diamonds have not only the same name “diamond”, they possess all the qualities of the stones born naturally in the Earth’s mantle. Being grown from identical carbon elements, mostly known as a diamond seeds, they have similar chemical and physical properties to natural diamonds.

Nobody can find a difference between natural and synthetic diamonds when just looking at them. Moreover, sometimes even having professional identification tools jewelers have to make tremendous efforts to distinguish these two.  Innovative technologies allow replicating any of the natural diamonds in the laboratory by mimicking all the even invisible features.

That is why today gemologists are highly concentrated on the issue of looking for the most accurate way to inspect diamonds and provide transparency and honesty in the jewelry market.

Yet, we suppose that the best way to check the quality of synthetic diamonds is by questioning what of them are used for other industrial purposes except for jewelry. And here is why.  In the fashion industry, the issue of quality is a matter of beauty – it is a unique way of crystallization that endows diamonds with a special shining, and charming appearance.  Other industries value precisely those features, which allow saying that synthetic diamonds are identical to natural gems – structure, solidity, conductivity, etc.

So, here is the answer to one more question.

The synthetic diamond market is not only about jewelry.  It is segmented by application and the area of application is wide enough. Except for jewelry, synthetic diamonds are used in optics and electronics, construction, satellite and data storage, semiconductors, and others.

You might be surprised but jewelry is not among the top segments if speaking about market revenue from synthetic diamonds. The construction segment generates the largest revenue of USD 6403.25 Million in the year 2019 and is further expected to touch USD 9756.67 Million by the end of 2028.

Why synthetic diamonds has become such a demanded option in all these segments?

We have mentioned above the valuable features and better pricing policy. Synthetic diamonds are cheaper than natural gems up to 30-50 % and this difference is constantly increasing. Yet, these are not the only factors.

Production volumes matter a lot for many industries. Technological progress, extensive construction processes, increase in the number of vehicles, which requires the use of diamonds, generate huge demand for gems. The Earth cannot work in a “for order” regime while laboratories can. Due to Madestones, synthetic diamonds are made in hours today and this makes massive production possible.

Not only possible but also more environment-friendly. Synthetic diamonds do not require mining, which is related to detrimental effects on ecology and ruins the whole eco-systems of living organisms. The only accusation the lab-production can face is a high level of energy consumption.  Yet, this issue is the focus of scientists who are constantly looking for the best possible solution to reduce the use of resources but increase the environmentally-positive effect.