Lab Grown Diamonds vs Moissanite
When you are shopping for a ring for your engagement, it involves certain steps in terms of size, shape, and quality without the need to overpay. Besides, everyone is looking for other options for natural diamonds these days. And, are looking for something that looks like a real diamond.
This is where lab diamonds and Moissanite come to the scene. However, you need to consider certain aspects when deciding whether to buy a lab-grown diamond or a Moissanite. While both of them look similar, there are slight differences. Moreover, both of them are great options for your engagement ring.
For many decades, the ultimate choice for engagement rings for people has been real diamonds. But with the rising environmental and social issues, lab-created diamonds, and Moissanite are becoming the new normal.
Still, have doubts about lab-created diamonds and Moissanite? Don't worry, this post explains a lot on lab grown diamonds vs Moissanite. So, let's get right into it.
What is a lab-grown diamond?
With the advancements in technology, it is now possible to create diamonds in labs. As the name suggests, a lab-grown diamond is manufactured in a specifically-designed lab. Manufacturers attempt to recreate the same high pressure and high temperature conditions through which real diamonds are formed.
The process of creating a diamond through this technique is known as HPHT or High Pressure, High Temperature. Another method through which diamonds are created artificially is called Chemical Vapor Deposition. The process involves splitting carbon-rich gas molecules into carbon and hydrogen atoms.
These atoms when mixed with diamond seeds result in diamond crystals bearing a square-shaped figure. For both these methods, the diamond seeds need to be germinated in 2 to 3 weeks. Furthermore, the grown crystals are subjected to certain elements such as heat and radiation to improve the crystal's color.
What is a Moissanite?
It is believed that Moissanite first landed on the earth in meteors. Although they are naturally found on the earth, Moissanite is extremely rare and comes in small crystal forms. Hence, when it comes to using stones for jewelry purposes, scientists create them in the labs.
Moissanite has a unique chemical makeup and differs from that of real diamonds. While diamonds are made of pure carbon, Moissanite is made up of both carbon and silica. Because of this unique property, Moissanite tends to sparkle differently. Besides, it isn't hard compared to diamonds.
How do lab diamonds compare with Moissanite?
Precisely, lab diamonds are produced in the labs using high-end technology to create extreme pressure and heat. This technology is used to replicate the process through which diamonds exist in nature. As such, the diamond that is man-made has, all the same, chemical and physical properties that you find on real diamonds.
Because man-made diamonds resemble every aspect of natural diamonds, they are considered real and not fake. Also, they aren't treated as diamond simulants. Because they are created in a controlled environment and don't involve a painful extraction process from the ground, they are much more affordable compared to real diamonds.
On the other hand, in the year 1893, Moissanite was discovered by Henri Moissan who was a French scientist. He discovered tiny particles of the material in a crater that was created by a meteorite that fell in Arizona. Besides, crystals are made of silicon carbide.
And, because they are considered extraterrestrial minerals, natural Moissanite is quite rare. However, the Moissanite that you find around is synthesized successfully by scientists and used for production. In short, it is now created in labs. Even though they are created in labs, Moissanite has a different chemical composition and specific features.
Regarding hardness, Moissanites are quite harder compared to lab-created diamonds and score 9.25 on the Mohs Hardness Scale. As a result, it makes them durable enough for you to wear them daily. Moissanite has a high refractive index that helps them exhibit a unique kind of brilliance compared to lab diamonds.
In general, Moissanites have greater intensity along with fiery, colorful flashes. You can notice the flair in larger stones and under the sunlight. In addition, the grading system for Moissanite is completely different. Although diamonds, both real and man-made, are graded by the 4Cs, the grading system for Moissanites depends on the color.
Hence, the best quality is treated as Premium and falls within the G-H color range. Whereas, the Super Premium falls in the D-F color range. Of all the affordable diamond simulant alternatives, Moissanites stand out from the rest. And, their price depends solely on the variance and size between Super Premium and Premium.
Differences between lab diamonds and Moissanite
When it comes to lab diamonds and Moissanite, there are several differences.
The most notable difference between man-made diamonds and Moissanite is the sparkle. To be precise, Moissanite tends to sparkle more compared to diamonds and is more colorful. Moreover, Moissanite reflects colored sparkle twice compared to diamonds.
Scientists use the term 'dispersion' to explain the phenomenon. Moissanites dispersion is 0.104, whereas, diamond dispersion is 0.044. Therefore, when you compared a diamond and Moissanite side-by-side, the winner will be Moissanite.
It is the term used to denote how a gem breaks in and bends the light apart. Both lab-created diamonds and Moissanite refract light differently. While diamonds are singly refractive, Moissanites are doubly refractive.
To make it clear for you, look at the Moissanite from a different angle and you will find out that the facets are looking doubled. It appears that you are seeing too many glasses of wine. Zircon, Tourmaline, and Sapphire are other gems that show double refraction properties.
Diamonds that are created in labs come in different colors. Hence, they could be 'near colorless', 'colorless', or any colors of the rainbow such as purple, red, or even blue. However, Moissanites occur naturally in near-colorless, colorless, and even yellowish-green shades.
As said, diamond is the hardest mineral that you will find on the earth. Hence, on a scale of 1 to 10, a diamond is rated as 10. However, Moissanite is a bit softer compared to diamonds. Despite that, Moissanite is incredibly hard and has a rating of 9.25 on the Mohs hardness scale.
Because lab-created diamonds are more traditional, harder, and more sought after stone after real diamonds, they come with a higher price tag in comparison to Moissanite. Therefore, Moissanites are less expensive.
For example, a lab diamond of 1.000-carat costs around $3400 to $4300, whereas for the same carat Moissanite will cost around $599.
Are lab-created diamonds fake?
It is the most common question that many people ask. Although lab diamonds are artificially made and manufactured in labs, they are real. That's because they are created from crystallized carbon, which is the same stuff that real diamonds are made of.
Like real diamonds, lab created diamonds are hard and they have a rating of 10 on the Mohs scale of hardness as well. In addition, both real and lab-created diamonds have similar clarity, brilliance, shine, and sparkle. In a nutshell, lab created diamonds share many similarities with real diamonds.
Hence, lab diamonds are not fake. And, they are real despite being created artificially in labs. However, certain types of diamond-lookalike stones might be considered fake because they don't contain carbon elements. Cubic zirconia and Moissanite are perfect examples of that.
Although these so-called diamonds are simulants and might look like lab-created or natural diamonds, a closer look reveals some differences. Simulant diamonds will lack the clarity, brilliance, and sparkle of both lab grown and real diamonds. However, the closest that they can get is the shiny reflective surface.
But the shiny dazzle is too colorful and makes the stone look fake. Apart from that, lab-created diamonds are rated 10 on the Mohs scale of hardness. But simulants like Moissanite score 9 and cubic zirconia 8 on the scale. Simulants lack the distinguishing hardness of lab-created diamonds.
Are lab created diamonds the same as Moissanite?
Lab created diamonds and Moissanite aren't the same thing. While Moissanite has been gaining a lot of popularity these days as another alternative to real diamonds, they differ in many ways compared to lab-created diamonds as well. Although lab created diamonds are produced in labs, Moissanite comes from meteors.
Besides, Moissanite isn't comparing itself to both man-made and real diamonds. Whether it is earth or lab grown, the diamonds are singly refractive. Whereas, Moissanite is double refractive. As a result, it appears like a disco ball light where you get to see the colors of a rainbow.
Hence, some people might prefer the fiery sparkle of Moissanite being the best, it is nowhere near lab diamonds. Besides cubic zirconia isn't the same thing as lab created diamonds either. While diamonds made in labs are made of carbon, cubic zirconia consists of zirconium dioxide.
As such, it makes the stone more porous which might result in turning it yellow over time. Lab created diamonds come at a higher price tag compared to cubic zirconia because of their high quality. Therefore, they have a higher resale value when used on engagement rings.
What is best for engagement rings: Lab-grown or real diamonds?
Are artificially-made diamonds good enough compared to real diamonds? There is no denying that natural diamonds constituted most engagement rings for the last century. But does that mean diamonds created in labs aren't superior? It might surprise you but lab-created diamonds have the same appearance, durability, and quality as real diamonds.
Natural diamonds might be traditional choices for many people, but that doesn't make them better compared to lab-created diamonds. Moreover, as more consumers are looking for a socially and environmentally conscious option, diamonds created in labs are gaining momentum in recent years and real diamonds are becoming less popular.
Apart from that, many people are still unaware to tell the difference between a natural and lab-grown diamond. Here are some similarities and differences between these two types of stone used in engagement rings and find out how they stand up against each other.
1. Difference in prices
Typically, everybody is holding the common belief that diamonds are considered a girl's best friend. And, all these are because of the amazing sparkle that they deliver. However, the good news is that lab-created diamonds sparkle just like real diamonds.
But the best thing comes in the form of pricing for both these stones. The cost of lab diamonds is only a part of the whole diamond price. Now, you can save a considerable amount of money when you buy lab-created diamonds for your engagement ring. And, you can rightly say that these diamonds are a man's best friend.
If you consider the cost of real diamonds anywhere between $2500 and $16000 per carat, you will save at least a hundred or even thousands of dollars. That's the money you can save to buy other important things such as a down payment for your house or going for a dream honeymoon.
Or else, you can even spend the money on your wedding. That way, it is clear that your engagement ring budget will go hand to hand with lab-created diamonds compared to a real one.
As said earlier, it is almost impossible to tell the difference between a lab-grown and real diamond simply by staring at them. Besides, you need to use specialized tools to differentiate between them. That's because they are identical in appearance in every aspect.
However, if you are eager to verify whether or not the diamonds are grown in labs, you can check its grading report. Apart from indicating that the diamond is developed in labs, also it tells you about the 4Cs, which are color, clarity, cut, and carat weight.
A grading report is an ultimate thing that gives you complete peace of mind when it comes to the overall quality of the diamond and what you can expect from them. Although many people believe that diamonds created in labs don't sparkle like real diamonds, it is far from the truth.
One thing is clear lab-created diamonds have luster similar to real diamonds. But how is that possible? To begin with, diamonds grown in labs have the same optical, physical, and chemical properties as natural diamonds.
It means that lab diamonds are going to shine bright like real diamonds. So, you can bid goodbye to costly diamonds and say hello to the new sparkling beauty.
Here are some physical properties of lab diamonds explained in detail.
- Diamonds don't get cloudy -
In contrast to popular belief, diamonds don't cloud over time. And, this includes both diamonds pulled from the earth and artificially grown in labs.
This is because of their durable nature and crystalline structure. Although a film may build up if they aren't taken care of properly, you can clean them with ease with warm water and soap.
- Lab diamonds test like natural diamonds
Diamonds grown in labs test positive when examined with a diamond tester. That's because they are made of crystallized carbon like natural diamonds.
However, because some HPHT diamonds sometimes carry impurities that are invisible to the naked eye, there are chances that the stone could test as non-diamond or Moissanite.
- Lab-created diamonds are hard
Now, let's consider the Mohs Hardness Scale, which is used to determine the hardness of a certain substance. So, what does it say? There is no question that diamonds are the hardest substance on earth. And, they rank at 10, which is considered extremely durable.
Lab-created diamonds match real diamonds when it is to durability, strength, and hardness. That should give you peace of mind knowing that lab diamonds are strong enough like real diamonds.
What makes lab diamonds the ultimate choice and where to buy from?
Many things make the diamonds created in labs more superior compared to Moissanite. Lab diamonds are conflict-free, durable, free of environmental issues, brilliant, luxurious, and affordable even when compared to real diamonds. Even experts can rarely find out the differences.
Besides, when you deal with an experienced vendor like Rare Carat, you are assured of the highest quality when it comes to buying a lab-grown diamond. They use Augmented Reality (AR) technology so that you can visualize what your engagement ring might look like when fitted with a particular stone.
Also, you get to know what the ring might look like on your finger thanks to the innovative technology and the way Rare Carat demonstrates it. Moreover, their website design has a clean layout so that you don't get confused with what you are looking for.
With high-quality images and a 360-degree view of the products, you won't miss anything about the specific stone that you intend to buy. What makes Rare Carat stand out is the range of choices that they offer. And, there are lots of information about offers or discounts as well.
Apart from that, another distinguishing aspect of Rare Carat is that people are extremely satisfied with their products and services. And, it is evident from the customer reviews that you can find online. All these things make Rare Carat your preferred vendor when it comes to buying the best lab-grown diamond for your engagement ring.