There's a solid reason why lab-grown diamonds are becoming an increasingly popular trend for use as center stones in engagement rings and other forms of fine jewelry.
Natural and lab-grown diamonds are indistinguishable in both appearance and chemical make-up; natural diamonds are obtained in an ethical manner, while lab-grown diamonds are ecologically beneficial. Even if that weren't enough, the price of lab-grown diamonds is between 50 and 70 percent cheaper than the price of real diamonds, which enables you to optimize your budget with regard to carat size and aesthetic setting.
These are, without a doubt, compelling arguments in favor of selecting a lab-grown diamond as the centerpiece for your engagement ring. We put a significant premium on diamond education, which is why we wouldn't just leave you with such a little amount of information and send you on your way. At this location, you can find diamond engagement rings.
Let's go a bit further into some of the benefits of lab-grown diamonds by looking at five compelling arguments in favor of selecting a lab-grown diamond center stone.
Reason No. 1: A diamond that was created in a laboratory is an actual diamond.
Uncomplicated and direct. If you consider two gemstones to be the same if they have the same physical features and chemical makeup, then yes, lab-grown diamonds are the same thing as mined diamonds. (Here's a hint: the GIA institution, the Federal Trade Commission, and jewelers everywhere accept that lab-grown diamonds are just as genuine as mined diamonds.)
Both the brightness and the refractive index of lab-grown diamonds are identical to those of natural diamonds. The brilliance and radiance of your lab-grown diamond will be comparable to that of a genuine diamond.
In addition, the durability of lab-grown diamonds is similar to that of natural diamonds, as measured by their rank of 10 on the Mohs Scale of Hardness. This indicates that a lab-grown diamond is capable of withstanding the unavoidable wear and tear that occurs as a result of everyday activities with the same grace and elegance that is associated with natural diamonds.
The only difference, and by only difference we mean the only difference, between a diamond that was made in a lab and a natural diamond is where the diamond came from. Depending on who you ask, this may be an unimportant detail to some people while simultaneously being a game-changer to others. The formation of a lab-grown diamond takes place in an artificial setting that, according to its name, simulates the natural circumstances that are necessary for the formation of a natural diamond.
Reason No. 2: Diamonds created in laboratories are both good for the environment and ethically sourced.
As a consequence of their provenance, lab-grown diamonds are not only ecologically sustainable but also ethically sourced, making them an ideal option for the socially conscious bride.
High Pressure-High Temperature, often known as HPHT, is one of the two processes that may be used to manufacture lab-grown diamonds. The other way is Chemical Vapor Deposition (CVD).
In the high-pressure, high-temperature (HPHT) technique of creating lab diamonds, a tiny diamond seed is inserted into carbon. The diamond seed is subjected to very high pressures (about 1.5 million pounds per square inch) and temperatures that may reach up to 1,500 degrees Celsius in one of three different presses: a belt press, a cubic press, or a split-sphere press. The carbon begins to melt, which ultimately results in the formation of a diamond that serves as a conduit for the diamond seed. The end product is a diamond made of unadulterated carbon after it has been cooled.
In order to create a diamond using the CVD process, a sliver of diamond seed must first be put in a chamber that is hermetically sealed. A carbon-rich gas is introduced into the chamber after it has been heated to an approximate temperature of 8000 degrees Celsius. The technique is similar to a microwave and is used to ionize the gas into plasma, which results in the dissolution of the molecular bonds in the gas. The crystallization process is initiated when the carbon binds to the diamond seed and becomes attached to it.
You should be able to deduce by now that none of these procedures involves mining for diamonds. The manufacture of lab diamonds no longer has any negative effects on the environment or on ethical sourcing practices. However, it is essential to keep in mind that since the Kimberley Process was established in 2003, 99.9 percent of all diamonds extracted from mines have been shown to be conflict-free.
Reason No. 3: The price of lab-grown diamonds is between 50 and 70 percent cheaper than the price of real diamonds.
That is written completely right! Diamonds that were created in a laboratory are available at a price that is far lower than that of real diamonds. This price difference becomes more enticing when coupled with the similar physical attributes and chemical makeup as a real diamond. Therefore, why is there such a significant gap in price between the two options?
Due to the fact that lab-grown diamonds are created in laboratories rather than mines, the costs connected with natural diamond mining are eliminated. However, the costs involved with cutting, polishing, and inspecting the diamond do not change.
In recent years, scientific advancements and greater competition have led to even significant cost reductions with the manufacturing of lab-grown diamonds. These savings have been achieved via the creation of synthetic diamonds. The end result is a more affordable price tag while maintaining the same high standards of quality.
The costs of lab-grown diamonds have finally leveled out after years of wildly fluctuating, making now unquestionably the perfect moment to choose a lab-grown diamond center stone for the engagement ring you want to give your significant other.
Reason No. 4: The face-up dimensions and brightness of lab-grown diamonds are always optimized throughout the cutting process.
Natural diamonds are uncommon. The process of formation takes well over a billion years, and the extraction procedure is just as laborious as the creation process. As we've shown, lab-grown diamonds are indistinguishable from natural diamonds in terms of their physical characteristics and chemical make-up. However, since they are produced in a laboratory setting, there is no longer a limit on the supply of these diamonds.
Therefore, when diamond cutters design a natural diamond into its ideal form, the main objective is to keep as much of the raw natural diamond as possible. This objective is pursued even if it means cutting a stone with color and clarity characteristics that are not up to industry standards. When cutting a lab-grown diamond, on the other hand, the cutters focus on maximizing the diamond's brilliance and face-up dimensions rather than the stone's overall shape. This is true regardless of the diamond's overall form. The end product is a flawless diamond that shines brighter than most others and has face-up proportions that are much bigger than typical.
Reason No. 5: When you choose lab-grown diamonds, you may increase the size of the center stone without incurring the exorbitant costs associated with purchasing a genuine diamond.
When it comes to the center stone of your engagement ring, if you go with a lab-grown diamond, you have greater leeway to choose a larger carat weight without completely blowing your budget.
Consider, for example, this 1 carat round natural loose diamond that is F color, VS1 clarity, and natural. The superb natural round diamond that serves as the centerpiece of this ring may be purchased for $9,750.
It costs $1,710 to purchase this round lab-grown diamond that has the same carat weight, color grade, and slightly lower clarity grade (which is irrelevant due to the faceting of the round cut diamond).
You could spend $7,130 on this round lab-grown diamond that is 2.3 carats, F color, and VS1 clarity and still have some money left over for an extravagant setting if you had a budget of $10,000.
Lab-grown diamonds provide you the freedom to maximize your budget without losing the quality or brightness of the diamond itself, making them an excellent option if you or your spouse want the appearance of a bigger center stone.
When the lab is ready, the proposal is ready.
Lab-grown diamonds, as you have probably seen for yourself by this point, exude an air of unparalleled allure. To the point that they could seem to be too wonderful to be true! The good news for brides worldwide is that lab-grown diamonds live up to the hype, and we anticipate that in the years to come, an increasing number of women will highlight the lab-grown diamond center stones in their engagement rings.
Are you curious in the possibility of purchasing an engagement ring that has a lab-grown diamond of your own design? Here is where you can arrange a consultation with one of our skilled design experts at your convenience.
Comments