Is Moissanite a Fake Diamond?


Moissanite stands out as an extraordinary gem, unmatched by any other gemstone in terms of fire and brilliance compared to diamonds and other popular stones; boasting its signature rainbow sparkle, it will surely leave a lasting impression on anyone you encounter. Add a touch of class to any event with the Momentwish Jewelry wedding bands Collection. The Interesting Info about moissanite wedding bands.

Moissanite is not an artificial diamond; however, it should still be distinguished from natural stones when choosing one for your ring. Discover how to tell them apart and select a beautiful gem!


Moissanite was first discovered by Henri Moissan in 1893 while digging for diamonds in a meteor crater. Mistaking their hardness and beauty for diamonds, Henri misinterpreted these rare gemstones from the silicone carbide family for diamonds instead. Moissanite boasts more brilliance than most diamonds or popular jewelry gems due to its doubly refractive index – meaning light hits it twice instead of once like in diamonds – which allows light to hit twice instead of once like in diamonds, additionally making cleaning easy without drawing out dirt as quickly from diamonds do.

Moissanites come in various hues, with green Moissanite said to promote renewal and growth. Furthermore, green Moissanite may increase strength and stamina – and some couples use this gemstone to celebrate their union.

Moissanite can only be found naturally in specific locations on Earth and is an expensive gemstone. Due to this limited availability and high price point, most Moissanite used today is produced synthetically – Charles & Colvard are some of the leading producers of Forever Brilliant Moissanite synthetic gem.


Diamonds are timeless and classic options, yet not everyone needs or can afford the rarity of diamonds to enjoy stunning gemstones. Moissanite, an artificially created diamond alternative in laboratories, offers stunning beauty that rivals conventional diamonds.

Moissanite, made of silicon carbide, differs significantly from diamonds in composition and appearance. Furthermore, Moissanite has a particular type of brilliance known as dispersion, allowing it to show rainbow-colored sparks with larger stones.

Laboratory-grown Moissanite is an affordable diamond alternative becoming increasingly popular for engagement rings. It often costs 30-50% less than natural diamonds.

Lab-grown Moissanite doesn’t require mining and is eco-friendly – making it the perfect option for anyone interested in diamonds but concerned with their ethical or social impacts.


A diamond’s brilliance can be measured by how much light it reflects and sparkles due to how its facets bend and break light.

Moissanite differs because its light refraction varies significantly, not because the gem doesn’t sparkle brilliantly but because its brilliance doesn’t match the diamonds.

Diamonds have a stunning ability to reflect light and look beautiful for any occasion. Furthermore, they’re highly durable and can withstand almost any wear and tear without wearing away quickly.

However, unlike natural diamonds, our diamonds do not fund wars, violence, or unethical mining practices; our moissanite is carefully created in labs under safe and ethical conditions.

Charles & Colvard was one of the first companies to produce and market lab-grown diamond simulants successfully, and their stones remain popular choices for jewelry. Available in an array of shapes, colors, and cuts–round brilliant being the closest match; oval pear cushion princess and radiant cuts can also be found; non-Hearts & Arrows moissanite provide even more rainbow sparkle than their diamond counterparts!


Moissanite is a tough choice for jewelry, with a hardness rating of 9.25 on the Mohs scale and capable of resisting scratching from various surfaces. Furthermore, Moissanite stands up well against high temperatures, which is advantageous when used near hot metals like gold and silver.

Gemstones are naturally occurring minerals discovered by French scientist Henri Moissan in 1893 in Arizona craters created by meteorite impacts. While Moissan initially thought he had found diamonds, upon further inspection, it soon became evident that these stones were composed of silicon carbide.

Since Moissanite is so rare, most jewels we see today are produced through lab-made silicon carbide experiments. While they resemble natural diamonds in many ways, their differences lie primarily in clarity (the number of visible blemishes), color, and light reflection properties compared to natural ones. Charles & Colvard Forever One moissanite offers great examples, boasting colors comparable to G-H range diamonds and superior clarity that exceeds GIA grading standards.


Moissanite is an exquisite and eco-friendly alternative to diamonds. Although they may look similar at first glance, Moissanite stands out regarding brilliance and clarity – as well as durability – making it more resilient than its diamond counterpart.

Moissanite can also come in various shapes and cuts, making it an excellent option for engagement rings. Not only is it more affordable than mined diamonds, but the mining process for mined diamonds often has negative environmental repercussions compared to lab-grown diamonds, which don’t.

Moissanite also stands out by not staining like a diamond, making it ideal for active lifestyles or work that involves physical contact with their hands. Moissanite can also withstand scratches and dents better than diamond.

Note that moissanite does not come with grading reports from the GIA or AGS;  they’ll come with certificates from their manufacturer or seller. Clarity grades typically range between VS-SI1, with few visible inclusions or blemishes present.

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