Simulated Diamond vs. Real Diamond

Aside from the obvious question of price, the simulated diamond vs real debate also poses the questions of quality and durability. Both synthetic and real diamonds are available on the market. While the Federal Trade Commission has ruled that the sale of synthetic stones is unfair, they persist on the Internet. In this article, we will look at the differences between the two. Ultimately, choosing the correct one will be a personal decision.

Synthetic or cultured diamonds are man-made gemstones. They share many of the same physical and chemical properties as natural diamonds. They are almost indistinguishable from the real thing, but recognizing the difference can be difficult. The main difference is the production methods used to create them. Lab-grown diamonds are created in a laboratory, while natural diamonds are mined from a mine. They are created through controlled conditions and are similar to the way a diamond is formed in nature.

In this article, we’ll damage down the distinction between simulated diamond and actual diamond. Once you understand how to inform them apart, it\’d be difficult to get ripped off withinside the satisfactory earrings industry. So, let’s dive proper in and spot how an actual diamond compares to an opportunity stone.

What is a Simulated Diamond?

According to the Gemological Institute of America (GIA), simulated diamonds – additionally called diamond simulants – are stones that resemble actual diamonds but have specific chemical composition, crystal shape, and optical properties. These stimulants may be called imitations or substitutes in a few quotas.

Simulated diamonds may be herbal or man-made. However, they’re now no longer supposed to copy the features of herbal gemstones. Simply put, simulated diamonds are faux diamonds.

Popular examples encompass cubic zirconia (CZ), artificial garnet (YAG), moissanite, and different herbal clean gemstones like white zircon, clean quartz, or white sapphire. Here’s a video displaying one of the maximum ideal simulated diamonds, cubic zirconia.

What is a Real Diamond?

From a gem professional’s factor of view, an actual diamond (additionally called mined or herbal diamond) is one that comes from the earth. This gem is usually composed of an unmarried element: carbon. You’ll need to recognize that actual diamonds don’t go through any strategies that could alter their shape or quality.

Natural diamonds shape deep withinside the earth’s mantle beneath neath situations of excessive temperature and pressure. Once carbon atoms bond withinside the earth’s craton, they’re introduced to the floor through volcanic eruptions. Kimberlite and lamproite are famous styles of magma that bring diamond tough with them.

Synthetic diamonds (additionally called lab-grown diamonds, cultured diamonds, or cultivated diamonds) also are taken into consideration as actual diamonds. But even as they masquerade as herbal diamonds, they’re now no longer grown through Mother Nature.

Instead, they’re created in laboratories beneath neath-managed situations that replicate the identical herbal approaches main to the formation of diamonds underneath the earth’s crust.

The U.S. Federal Trade Commission (FTC) has dominated out using the term ‘synthetic’ while relating to evidently going on diamonds. It has a tendency to lie to consumers into believing they’re getting the actual diamond, as opposed to a negative substitute.

For the maximum part, legit jewelers steer clean of the term ‘real’ altogether, as an alternative to labeling artificial diamonds with their suitable names: man-made diamonds, lab-grown diamonds, or lab-created diamonds.

Simulated Diamond Vs. Real Diamond: Clarity Grade

Diamond readability refers back to the range of inner defects there are in a stone. No, remember how ideal an actual diamond can also additionally be, it needs to have a few imperfections. Some of these imperfections might not be seen to the bare eye, so you can also additionally want to apply a microscope or loupe to seize the defects.

Simulated diamonds appear too easy and seem to don\’t have any imperfections. The purpose for his or her better readability is due to the fact those simulants are made in a lab, in a procedure geared towards minimizing the number of flaws in a stone. Another less complicated manner to decipher a diamond simulant is thru the price.

Usually, diamond simulants created artificially are tons more inexpensive than actual diamonds. Even though artificial diamonds also are easy, their expenses aren’t a mile cry from the ones of actual diamonds. So, if a stone may be very easy and lots more inexpensive than actual diamonds, then it must be simulated.


Any simulant can’t compete with an actual diamond in terms of durability. A real diamond is the toughest gemstone, rated at 10 on the Mohs scale of hardness. While it is able to get chipped if smashed virtually hard, an actual diamond isn’t clean to scratch.

Simulated diamonds, in contrast, aren’t as tough as real diamonds. Many of them are rated at 7.five-8.five at the Mohs scale of hardness.

The toughest simulated diamond is moissanite, whose Mohs hardness grade is nine.25.  This is intently accompanied by white sapphire, which stands at around nine on the scale. Cubic zirconia comes at 0.33 with a rating of 8. five.

Of course, the numbers aren’t low, however, in comparison with actual diamonds, it takes the least attempt to scratch a simulated stone.

So, in case you stumble upon a stone that’s complete of scratches, and whose edges are clean in place of sharp, it may be a stimulant. Real diamonds don’t scratch or put on in any such manner.

Because diamond simulants don’t proportion the identical physical, chemical, or optical traits as earth-mined diamonds, they are usually promoted at a lot of decreased prices.

Such wallet-pleasant simulants might also additionally be available in reachable in case you tour a lot, both for paintings or leisure. The suitable information is, that you could improve with an elegant or mined diamond every time you want to.

Another Difference 

Another major difference between a simulated diamond and a real diamond is its refractive index. Real diamonds are able to conduct heat better than synthetic ones. The real thing will never fog, but a simulated diamond will. Try holding the diamond with two fingers or tweezers. A fake diamond will cause fog when it absorbs heat or moisture from your breath. It will also be difficult to see the actual difference in brightness and brilliance of a real diamond when it’s compared to a simulated one.

Which One will be Better to Purchase? 

If you are looking to buy a diamond ring, you may wonder how to tell a difference between a simulated diamond and a real diamond. The difference lies in its chemical composition, crystal structure, and optical properties. Natural diamonds are unique in their properties, but synthetic diamonds are not. Their goal is to mimic the look and feel of the real thing. They also have different price ranges, so it can be difficult to decide which one to buy.

Properties of Real Diamond & Simulated Diamond

Aside from a real diamond’s hardness, a simulated diamond’s sparkle and durability is often inferior. While real diamonds are colorless, simulated diamonds are typically less brilliant and reflected all the colors of the rainbow. Some of them even have excess sparkle. A simulated diamond, on the other hand, may sparkle in colors like red or blue. If you are looking for a cheaper alternative to a diamond, a cubic zirconia diamond may be the better option. Moreover, the price is much lower. A 1 carat moissanite is a less durable alternative to a diamond.

The difference between a simulated diamond and a real diamond is largely related to the type of materials used in making them. While a diamond simulant is created in a lab, it lacks certain chemical and optical properties that distinguish a natural diamond from a simulated diamond. Furthermore, the chemical makeup and grading system of a lab-grown diamond differs from that of a simulated diamond.

A simulated diamond is made of several substances that mimic the properties of a diamond. However, the term synthetic is also used for lab-grown diamonds, and the U.S. Federal Trade Commission has ruled that it is deceptive to use the term synthetic for a naturally-occurring diamond. Moreover, the term is usually used to confuse buyers.

Who isn’t Charmed by the Exceptional Brilliance of Diamonds? 

Real diamonds have sparkle, but many simulated diamonds have it in excess.

For example, in case you placed the cubic zirconia or moissanite subsequent to an actual diamond, you’ll be aware that their sparkle is more than that of the actual diamond.

Simulated diamonds sparkle in all colorings of the rainbow due to the fact mild travels at some point to gain this signature sparkle.

When mild hits the moissanite, for example, it creates a ‘disco-ball’ impact that results in colorful flashes of mild.

Generally speaking, if a stone has considerable brilliance and colorful sparkle, then it\’s far nearly honestly a simulated diamond.

If unsure, test whether or not the stone is likewise ideal and big, and the rate is incredibly cheap. Those are giveaway symptoms and symptoms of a simulated diamond.


While natural diamonds have a longer lifespan, lab-grown diamonds are far more inexpensive. While some people consider lab-grown diamonds to be environmentally conscious, their long-term value is less than that of natural diamonds. Lab-grown diamonds are also just as hard and durable as their natural counterparts. Both score a ten on the Mohs scale of hardness. So, which one is right for you?

As previously mentioned, simulated diamonds are manufactured in a laboratory. The difference is in the chemical structure and physical appearance. They have almost identical chemical properties to natural diamonds. They are cheaper than natural diamonds, but they are not as rare. In addition, the resale value and overall desirability of natural diamonds are greater. There are some differences between the two, though, and it is important to understand the differences before making a decision.