Moissanite was discovered in the late 18th century. Raw moissanite deposits were discovered in a meteor crater, and it has remained a somewhat rare gemstone since then due to its rarity in nature. However, because it is easily created in a lab, the lack of natural moissanite on the gemstone market is complemented with lab developed moissanite which is physically and molecularly identical to a moissanite gem found in the earth.
Diamonds are an iconic gemstone that has been venerated by human societies for millennia. Diamonds are mined all throughout the world today, with South Africa, the United States, and Russia producing the most diamond rough. However, technology that can produce diamonds in a laboratory has been developed over the last few decades. This group of diamonds, known as 'lab produced diamonds,' is physically and molecularly identical to normally mined diamonds. The sole distinction between them and other types of diamonds is their origin. Lab-grown diamonds are a lower-cost, higher-quality alternative to moissanite.
While moissanite has been considered as a diamond substitute or simulant, it is nevertheless a gemstone in its own right. Moissanite, cubic zirconia, and white sapphire are all gemstones that are commonly referred to as "diamond simulants." Cubic zirconia is frequently referred to as a manmade diamond. Each gemstone, however, has a completely distinct chemical makeup and physical structure than diamonds.
Despite appearances, these two gemstones are likely to share more differences than similarities. A moissanite gemstone can be used as an alternative to a diamond, but it is vital to recognise that they differ not only in look, but also in a variety of attributes such as hardness, colour, and brilliance. The following gallery features diamonds on the left and moissanites on the right.
Moissanites are undeniably long-lasting. Moissanite stone has a Mohs hardness rating of 9.25, which is higher than any other gemstone used in jewellery save diamonds. Diamonds, the hardest known material, receive a score of 10.
The capacity of a diamond to reflect white light defines its brilliance, which is a critical attribute of any gemstone used in an engagement ring. Moissanite disperses light very well and is more brilliant than diamonds; nonetheless, diamonds have more 'life' in their light dispersion, as shown below. Even when the image is out of focus, the diamond on the left shows the level of light dispersion more clearly.
Many people choose a moissanite engagement ring because it closely resembles the look of a diamond without the high price tag. Furthermore, because moissanites are created in a laboratory, they are frequently a low-emission and ethical alternative when purchasing a newly manufactured product.
Diamonds have the advantage of being the hardest material on the planet. These renowned gemstones will not be harmed unless touched by another diamond, and you can expect yours to appear the same as the day you bought it for millions of years (with proper cleaning, of course!). Because of the cultural traditions that have developed around a diamond engagement ring, many people choose diamonds despite their higher price.
Of course, precious and semi-precious gemstones have been used in beautiful jewellery throughout history, but not all gemstones are the same. In reality, each sort of stone is remarkably diverse. Moissanite is a popular gemstone for usage in engagement rings. This is due to the fact that a moissanite engagement ring is a popular alternative to diamond due to its clear colour and eye-catching shine.
We only work with these jewels since they are extraordinarily gorgeous and long-lasting. Because an engagement ring is often worn on a daily basis, it will be subjected to knocks and bumps over the course of a lifetime.
Mined diamonds are available in a range of colours, from icy-white transparent to yellow or grey tones. No two mined diamonds are alike, just like snowflakes. The spectrum of colour diversity in a mined gemstone is caused by environmental circumstances in which the gemstone grew naturally. The clearer or whiter a diamond appears, the more expensive and desirable it is to consumers.
The more difficult it is to scratch or chip a substance, the harder it is. While no gemstone is indestructible, some are significantly tougher and more durable for everyday use. Moissanite has a Mohs hardness rating of 9.5 out of 10, which is higher than any other gemstone used in jewellery save diamond. Diamonds are the hardest known mineral, with a hardness rating of 10. Rubies and sapphires have a Mohs hardness rating of 9, whereas emeralds have a rating of 7.
Overall, Moissanite costs a fraction of what a diamond does. This is mostly due to supply and demand, as diamonds are still widely used in engagement rings in the United States. While the price of a diamond varies depending on cut, clarity, carat, and other particular factors such as setting. Moissanite stones are typically the same price and vary slightly depending on size and shape.
In conclusion, both moissanites and diamonds are suitable for excellent jewellery that will be worn on a daily basis. Both are long-lasting and excellent at reflecting light. When viewed closely, diamonds have a few important features that separate them from moissanites, and it is for these reasons that we operate only with diamonds. If the affordability of a moissanite is important to you, we recommend looking into lab grown diamonds, which provide all of the benefits of a diamond at a fraction of the cost.
Finally, the internal fire and scintillation of a diamond is brighter than that of any other gemstone due to the light dispersion of the crystal structure. As a result, consumers are willing to pay a premium price for the unrivalled radiance of a diamond.
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