Lab Made Diamonds Trending as an Eco Friendlier Diamond

One market that has grown in recent years and has captivated millennial brides is lab-grown diamonds. While the natural diamond market remains strong, 66% of millennials prefer to buy diamonds for engagement rings. The result is a Man Made Diamonds chemically, physically, and optically the same as that which grows beneath the earth’s surface.

One of the main reasons consumers prefer Artificial Diamonds is their quality and durability, which are identical to natural diamonds at a price 40% lower than diamonds extracted from natural mines. Even these cultivated diamonds are regarded as ecological icons, as they abandon the mining process and further promote “ecological luxury.”

The best place to buy Lab-grown diamonds for the best prices is from Without losing prestige, quality, or reputation, offering a more ecological and morally acceptable choice to leading clients. Lab-grown diamonds are produced from carbon in a technical machine replicating the extreme heat and pressure conditions found on earth. This method is known as HPHT (High-Pressure High Temperature).

This method quickly became the main source of industrial synthetic diamonds, as it accelerated the natural process of diamond making, which initially took about a billion years, many miles down.

Obtaining large crystals by this method is much more complicated and expensive. However, in 1970 the first gem-quality HPHT synthetic diamond crystals weighing up to one carat were also obtained.

The first gem-quality synthetic diamonds were much more expensive than natural ones. Technological advances then made it possible to lower costs to such an extent that in the mid-1990s, the first company emerged to market gem-quality HPHT synthetic diamonds.

Other methods of diamond synthesis do not require such high pressures and temperatures. It is a chemical vapor deposition or CVD (Chemical Vapor Deposition) process.

In this case, methane gas is used as a carbon source, mixed with hydrogen and ionized by the plasma. Carbon ions are deposited on the surface, creating a very thin diamond layer.

This treatment, used for the first time in 1952, was not initially considered a possible method for synthesizing gemstones due to the slow process. Diamond layer deposition has many other technical applications, which is why research in this area is so intense.

The 5 carat lab created diamonds have greater importance to the diamond mining industry and the creation of valuable jewelry in the fashion industry.

After all, our environment is the first to benefit from consuming cultivated diamonds, as we avoid exploitation of nature and promote “sustainable jewelry.”

However, the extraction of one carat of diamond requires about 480 liters of water and the extraction of 250 tons of ore, while one carat grown in a laboratory produces approximately 15 thousand times less pollution.

In short, cultured diamonds are an ecological alternative to traditional diamonds, as they do not have the negative impact of mining activities on the environment.

The advantages of sustainable diamond production and use continue to be discovered; among the main ones we have value, these cuts are usually priced lower than natural ones, although the industry is balancing this scale little by little, as the main regulator of diamonds worldwide “a diamond is a diamond.”

On the other hand, and last but not least, we have time, which presupposes a process of billions of years; science only takes months. It does not mean that they are of inferior quality or value; these pieces are indistinguishable from natural ones and, more importantly, free from human exploitation. These gems are certified by the gemological institute, ensuring the quality and value of rocks, which can easily reach the importance of natural diamonds.

The demand for these laboratory diamonds is growing daily; more than 30 carats are produced daily, an extraordinary number of 5 to 11 gems, so the industry continues to invest in creating new production laboratories. The number of companies adding to processing or using these laboratory diamonds is increasing.

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