A moissanite diamond is a simulated diamond. It is usually made of cubic zirconia, but can also be made of other materials. Moissanite diamonds are not as hard as real diamonds, but they are still very durable and beautiful.
They are also much less expensive than real diamonds. If you’re looking for a beautiful and affordable alternative to a real diamond, a moissanite diamond may be right for you!
How is moissanite made?
Moissanite was first discovered in 1893 when a meteorite containing tiny crystals of the mineral silicon carbide (SiC) was found in Arizona. These crystals were named after Nobel Prize-winning scientist Dr. Henri Moissan, who first identified them after analyzing the meteorite sample.
Today, moissanite diamonds are often called lab-made diamonds and they are a good choice for those looking for an alternative to a regular diamond. A moissanite diamond is made in a laboratory with chemical vapor deposition technology, giving it optical and physical properties that are similar to traditional diamonds.
How is it different from a regular diamond?
The main difference is that moissanite diamonds come at a significantly lower cost than natural ones, making them an affordable substitute. Moissanite also has a higher refractive index than regular diamonds, meaning it shines brighter and more colorfully.
Additionally, moissanite has far fewer inclusions or defects than real diamonds, making them very attractive stones in jewelry. Whether you’re getting engaged or just gifting yourself something special consider opting for a moissanite diamond – it looks great but won’t break the bank!
The benefits of owning a moissanite diamond
Owning a moissanite diamond can be a great way to get the glamorous appearance of a diamond for a cheaper price! As I said earlier moissanite diamonds are created in laboratories and imitate the near-perfection of diamonds by achieving brilliance, fire, and luster.
Although they don’t come from nature, they look so real that it’s often hard to spot the difference with the naked eye. Moissanite is also incredibly hard and scratch resistant, making it an excellent choice for many people. Plus, this ethical alternative won’t put any strain on your wallet, This means that you will get more value for your money.
So if you’re looking for something sparkly, then definitely consider getting yourself some moissanite diamonds!
How to tell a diamond from moissanite
Moissanite and Diamond are two very popular gemstones, but it’s important to be able to tell them apart.
- Moissanite has had a resurgence in recent years due to its low cost and greater resistance to damage compared to Diamond.
- Moissanite is usually colorless, whereas Diamonds have a slight yellow or brown tint.
- Moissanite also has very strong refraction – the effect of the rainbow light phenomenon seen when looking at Moissanite is much more vibrant compared to that of a Diamond.
- Temperature can also help you tell Moissanite from a Diamond; Moissanite will remain cool to the touch, while a Diamond will feel slightly warmer because of its higher thermal conductivity.
Ultimately, Moissanite and Diamonds look very similar so if you’re ever in doubt it’s best to seek professional help from a qualified jeweler who can verify which type of stone you have.
Can you crack Moissanite?
Will moissanite crack? Generally, this gemstone is resistant to damage; however, it is brittle and hard enough to chip when subjected to extreme pressure.
It can become particularly vulnerable to fractures if it’s cut improperly or repeatedly exposed to harsh chemicals. That being said, you won’t have much of an issue with cracking or chipping your moissanite if you take good care of it and give it the love that it deserves!
Furthermore, many experts still argue that this precious stone is far more durable than other diamonds, so if tended properly, your moissanite can last a lifetime.
Moissanite diamonds are a great alternative to natural diamonds, especially if you’re looking for an affordable yet sparkly stone. They look almost identical to regular diamonds, but they have a higher refractive index and very few inclusions.