Moissanite exhibits many of the same qualities that diamonds have. Moissanite has a hardness rating of 9.25 on the Mohs scale. The fact that it is the second-hardest gemstone used in jewellery after diamonds speaks volumes.
Moissanite is more bright than a diamond in terms of sparkle since it has a greater refractive index than diamonds. Diamonds, on the other hand, have both white and rainbow glitter, although this one has more rainbow dazzle. Moissanite can tolerate high temperatures just as well as diamonds. In a nutshell, moissanite is a stunning and sparkling stone that can withstand the rigours of day-to-day use.
The word on the street is that this is the best time to buy a house in the world. If the two were placed side by side and compared, a keen observer would be able to tell them difference. The moissanite clearly has a greater number of rainbow sparkles. Or that they have a number of various colour tones depending on the sort of light that is cast onto them. But even in that instance, the average individual might not be able to determine which is which. Even trained gemologists have difficulty distinguishing between the two unless they utilise a moissanite tester.
Moissanite is comprised of silicon carbide, a byproduct of carbon and silicon that is one of the rarest and scarce minerals on the planet. It has only been discovered in a few deposits around the world. And, despite the fact that Shefa Yamim, the same exploration and mining company that discovered Carmeltazite, a rare oxide mineral, discovered 2500 crystals of natural Moissanite in Israel over the last 14 years, Moissanite is still extremely rare.
Because Moissanite was created particularly to be a diamond simulant, many people mistake it for a synthetic diamond. They are, however, two very different gemstones in terms of look and content. Moissanite is both silica and carbon, whereas diamonds (both synthetic and natural) are pure carbon.
This particular combination is why Moissanite glows more (and more colourfully) than diamonds. This is also why it is not as hard as diamonds. Moissanite has double the refraction of diamonds, so when viewed from a certain angle, it appears to have twice the facets. The words "sapphire," "tourmaline," and "zircon" are all used interchangeably.
Moissanite is created through a lengthy and intricate procedure. It was created by jewellery producer and distributor Charles & Colvard and use a patented thermal growth technology that yields the perfect and bright Moissanite gemstone. Initially, silicon and carbon are mixed to make silicon carbide. The mixed compounds are then subjected to extreme heat and pressure, resulting in Moissanite.
After that, the Moissanite gemstones are cut and polished to maximise brilliance and fire. Because this procedure takes two to three months per gemstone and is expensive, the amount of Moissanite that can be manufactured is limited. Yet, the result is worth it as it generates a stunning diamond especially appropriate for modern engagement rings.
Moissanite has several benefits that will appeal to modern engagement ring buyers: First, it is far less expensive than diamonds; second, because Moissanite stones are manufactured artificially, they rarely contain flaws or defects. Hence, they have higher clarity than diamonds; finally, Moissanite also has a high level of brightness at every noticeable level of colour (so if you enjoy glitter and shimmer, then this is your stone)!
Furthermore, Moissanite is one of the most ethical and environmentally friendly gemstones available. No mining is required because it is a man-made stone. You can obtain a flawless stone while avoiding all of the negative environmental, humanitarian, and political ramifications. It is the most environmentally friendly and ethical engagement ring option available. (Did we mention it's lovely?)
Although its beauty and diamond-like durability, moissanite's scarcity on Earth has kept it from becoming more popular and widely used. About a century later, in the mid-1990s, scientists began to improve a laboratory procedure for producing moissanite. They have since been able to generate lab-grown moissanite stones that approach the size, intricacy, and brilliance of the finest diamonds.
When comparing moissanite vs. diamonds, the two gems appear similar in appearance. While moissanite has some of the best characteristics of diamonds (such as beauty and durability), it also has its own set of unique benefits that have fueled its rise in recent years.
The diamond business has long been known to engage in environmentally hazardous mining practises and to take advantage of cheap local labour. Because naturally occurring moissanite is so uncommon on the world, there are no problematic significant mining activities obtaining it.
The truth is that lab-grown moissanite and naturally occurring moissanite are chemically similar. As a result, lab-grown moissanite should not be considered an imitation stone, but rather the genuine article. Because moissanite does not require mass extraction from the ground, it avoids two of the key issues linked with diamonds.
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