Lab-grown diamonds have grown in popularity over the last decade which is why they are now an honest option for anyone searching for a Rare Carat 5ct diamond. Previously people would get confused and think that lab-created diamonds are second best, but in reality, if you look at how lab-grown diamonds are created, the process is the exact same. A chemical process is initiated that creates the precious minerals that can then be cut and refined into Rare Carat 1ct diamonds or Rare Carat 2ct diamonds. They are just as real as any diamond that is mined, but slightly more accessible since lab conditions can be controlled to create pure carbon diamonds.
What is the Chemical Composition of Lab-Grown Diamonds?
As mentioned, the largest misconception is that lab-grown diamonds are simulated similar to moissanite and cubic zirconia. However, this is simply not true. A Rare Carat 5ct lab-grown diamond is chemically the exact same as a mined diamond. The only difference is it was formed under extreme heat or pressure in a lab instead of the earth’s crust. The pressure and the carbon used to form the diamond are the exact same, which is why this process can create perfect Rare Carat 2ct diamonds and Rare Carat 1ct diamonds.
Variety of Lab-Grown Diamonds Makes Them a Luxury Fashion Option
One of the biggest perks of shopping for lab-grown diamonds is the fact that they offer a wide variety without sacrificing the 4Cs. In the same way that the carbon combustion process in the core of the earth can be unpredictable, so can the reaction that occurs in a lab. While the lab can stimulate the same conditions, on a purely molecular level it cannot control the chemical reaction. Therefore, the 4cs: color, cut, clarity, and carat still play a large role when searching for a Rare Carat 5ct or a Rare Carat 2ct.
Some of the things to consider while looking at luxury lab-grown diamonds are the different cuts that you can find such as oval, emerald, or round. Rare Carat allows you to set filters throughout your search so that you only have to look at colors and carat ratings that match your buying expectations. This saves you time and allows you to quickly find Rare Carat 5ct lab-grown diamonds or Rare Carat 2ct diamonds.
At the same time, you can also change your band and settings preferences so that you can create the diamond jewelry of your dreams all in one location. These settings are why Rare Carat 1ct lab-grown diamonds are so popular because creating a customized necklace, engagement ring, or bracelet has never been easier. Simply choose the type of setting you want, then opt for either yellow gold, white gold, or rose gold setting. The only thing left after choosing the Rare Carat 5ct option or the Rare Caret 1qt diamond option is to look at the overall theme of the diamond setting. Have you always dreamed of a vintage design or are you a more modern type of person? You can have either or both while shopping the selection of available lab-grown diamonds at Rare Carat.
Are Lab-Grown Diamonds as Sustainable as They Are Fashionable?
In the last few decades, the fashion industry has become more focused on sustainability, so it is only fair to consider how sustainable lab-grown diamonds are before snapping up a great deal on a Rare Carat 5ct lab-grown diamond. After all, sustainability may impact the way you feel about your purchase for years to come. The largest factor that comes into play in this category is the ethical production of lab-grown diamonds. While lab-grown diamonds still require energy and water usage, when you compare that to the extravagant manpower and energy it takes to mine a mountain and the ethical implications of hiring miners, it becomes clear that lab-grown diamonds are something that luxury fashion fans can feel good about wearing.
Shop Rare Carat 5Ct Diamonds
Rare Carat is a diamond jewelry platform that allows shoppers to compare millions of natural and lab-grown diamonds with just a simple click of a button. The platform is easy to use and makes finding your next luxury Rare Carat 2ct diamond easier than finding your morning paper.
