The extreme heat and pressure conditions that naturally exist and form on the earth’s crust are replicated in lab settings to create lab-grown diamonds, which have the same chemical and physical characteristics as natural diamonds. Lab-grown diamonds are superior to many other gemstones in terms of strength and quality, and they also have a number of benefits over natural diamonds.

Quality

Diamonds have distinct properties which determine their value and rarity. These are the 4Cs – color, clarity, cut, and carat. Diamonds are assessed through these properties, and man made diamonds are graded similarly to natural diamonds in terms of quality, they offer exceptional clarity and brilliance which comes in a variety of hues, color shades, and clarity levels. Lab-grown diamonds have a remarkable cut quality which produces very brilliant diamonds with exceptional reflecting and sparkling performance.

Meanwhile, diamonds are not only measured by their size or their carat weight. Diamonds have their distinct ability to appear luxurious and fine. When a diamond comes with a higher cut grade, its edges attract light which sparkles like the sun’s rays. Moreover, it becomes more icy and shiny because the edges become visible and profound.

On the other hand, its color also defines its genuine value and rarity because the more colorless a diamond is, it is more expensive and higher in quality. The color does not affect the hardness of the diamond but it symbolizes neutrality and hierarchy having the most unique characteristic when it does not have any shade or hue of color associated with it. Just like crystal and water which are colorless, a diamond is acclaimed more mighty when it does not have any color at all. Moreover, colorless diamonds also fit any style and metal choice because of their versatility.

The diamond’s clarity is also essential in identifying if a diamond is of an upscale grade. The higher the clarity rate, the diamond becomes more expensive. Physically, diamonds with higher clarity are clear and clean compared to anything else. This means that a diamond does not have any contamination in its mass composition making it look more elegant and divine. Thus, it is also considered to be the purest of all diamond variants which is why it becomes so rare and valuable.

Other considerations include symmetry, table size, crown size, culet length, polishing grade, and shape which greatly influence its elegance and look.

Moreover, a diamond is seemingly reputed to be the hardest luxury item in the world beyond its beauty and elegance. The durability of the diamond defines its longevity and genuineness. Man made diamonds are made from crystallized carbon which interacts with other minerals and atmospheric conditions forming a mass. Hence, you will know that a diamond is very hard, durable,m and firm through the perfect smoothness and sharpness of its cut (edges).

Durability

Lab grown or man made diamonds are intensely strong and have a hardness of 10 on the Mohs scale, making them less likely to crack or break than ordinary gemstones. Hence, these are also scratch-resistant and resilient to harm from chemicals and heat. What makes them ideally durable is that they are formulated by scientists and gemologists based on the elemental and chemical compositions of real diamonds. Thus, they formulate these man made diamonds according to how they can achieve a compact, firm, and intact body mass composition during manufacturing.

Clarity contributes to a diamond’s durability. When a diamond is contaminated or involves the presence of any particle that is not associated with a diamond’s natural content, it weakens the whole structure. But this does not mean that diamonds are defective. It only gives the possibility of any possible reactions to the chemicals of the diamond’s body mass. Hence, find the purest and highest quality of man made diamonds only at Rare Carat. Man made diamonds from Rare Carat are sorted and pre-vetted only from the most credible and legitimate GIA-certified producers and manufacturers from all over the world, and diamonds that have passed the grading standards of the GIA (Gemological Institute of America).

The strong covalent bonds between carbon atoms make lab-grown diamonds hard and resilient to any pressure and atmospheric conditions. The treatments and manufacturing procedures (High-Pressure High Heat and Chemical Vapor Deposition) process the formation of diamonds where they become a single entity of chemicals that hardened into an unbreakable matter.