An Ultimate Guide to Moissanite Jewelry
Moissanite is a gem that is a simulant of diamond, but it is not as dense as diamond. This makes it a more durable alternative for jewelry. This gem is also very eye-clean and durable. However, it is only sometimes a good choice if you’re prone to eye allergies. If you’re considering purchasing a moissanite necklace or ring, you should read about the different types of inclusions it contains.
It is environmentally-friendly
Moissanite jewelry is not only beautiful but also very affordable. The gemstone is durable and reflects light very well. Because of its high refractive index, it can also be cut with masterful skill. A well-cut Moissanite gemstone can rival a diamond in sparkle and brilliance. Typically, cheap moissanite rings feature gold-plated bands. However, a moissanite ring from an artisan will save you a large portion of the money. Because Moissanite is grown in a lab, it does not cause water pollution and does not come from mines with unfair labor practices. This makes Moissanite jewelry an environmentally friendly option for an engagement ring.
Moissanite is a diamond simulant
Moissanite is a diamond mimic that is popular among jewelers. It resembles a diamond to the unaided eye, and only a gemologist or jeweler with advanced training can tell the difference. Moissanite is a diamond-like substance artificially created and cut to resemble a diamond. This synthetic material is not a natural diamond, but it does have the same look, fire, and brilliance. Moissanite is created in a lab and polished just like a diamond. It is made from silicon carbide, a material that mimics the qualities of a diamond. Moissanite is also nearly as durable as a diamond. A moissanite stone will last almost as long as a diamond, which is an essential factor when buying a diamond.
It is less dense than diamond
The clarity of Moissanite is better than that of the diamond. The stone is created under laboratory conditions, which minimizes internal flaws. However, it won’t look exactly like a diamond, which is the most sought-after characteristic of diamonds. Despite its higher clarity, Moissanite does not possess the same sparkle as a diamond. The difference between diamond and Moissanite lies in the difference in the way each stone refracts light. Moissanite has a higher refractive index than diamond. This means that the stone reflects more light, creating a more incredible brilliance. As a result, Moissanite will appear more sparkly than a diamond.
It is durable
Moissanite is a precious stone that is durable and scratch-resistant. Jewelry lovers highly regard this stone for its durability and colorless appearance. It is also an affordable diamond alternative, as its price is significantly lower. In addition, it can be paired with any gemstone accent. Moissanite is resistant to damage from extreme heat. The gemstone has a high melting point and can withstand a jeweler’s torch. It will change color temporarily when subjected to excessive heat but will quickly return to its original color when the temperature returns to room temperature. Moissanite is a durable gemstone that is remarkably close to diamond in appearance and durability. Its color is dispersed under light and varies with the size of the stone. In a round stone, the color is white when exposed to sunlight, while an oval or square stone will look more translucent. Light dispersion allows it to sparkle.
It is eye-clean
Moissanite is an exceptional gemstone with exceptional hardness and refractive properties. Unlike diamonds, which can have inclusions perpendicular to the table, Moissanite is eye-clean. It also has tremendous fire, brilliance, and a higher refractive index than diamond. This makes it the perfect gemstone for those who want a beautiful diamond without environmental and ethical concerns. Moissanite has numerous inclusions, tiny needle-like crystals that develop during the growing process. Although not visible to the naked eye, these inclusions may affect the stone’s clarity grade. While most of these are minute, they can significantly decrease the clarity grade.
