


14K White Gold 3CT (8mm) Moissanite Asscher Cut Halo Engagement Ring
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Moissanite is grown from silicon carbide. It is very difficult to tell apart a diamond & moissanite, making moissanite a common diamond alternative.
Moissanite was originally discovered in a meteor crater in 1893 by scientist Henri Moissan. He mistakenly believed the crystals he found were diamonds. Naturally occurring moissanite is extremely rare. Because of this, most of the moissanite on the market is lab grown. It can take 2-3 months to create a single moissanite stone in a lab.
14K White Gold 2CT (7mm) Moissanite Asscher Cut Halo Engagement Ring
14K White Gold 2CT (7mm) Moissanite Asscher Cut Halo Engagement Ring
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Moissanite is grown from silicon carbide. It is very difficult to tell apart a diamond & moissanite, making moissanite a common diamond alternative.
Moissanite was originally discovered in a meteor crater in 1893 by scientist Henri Moissan. He mistakenly believed the crystals he found were diamonds. Naturally occurring moissanite is extremely rare. Because of this, most of the moissanite on the market is lab grown. It can take 2-3 months to create a single moissanite stone in a lab.
14K White Gold 2CT (7mm) Moissanite Asscher Cut Echo Halo Engagement Ring
14K White Gold 2CT (7mm) Moissanite Asscher Cut Echo Halo Engagement Ring. The echo halo is a unique different size double halo effect, a sort of echo.
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Moissanite is grown from silicon carbide. It is very difficult to tell apart a diamond & moissanite, making moissanite a common diamond alternative.
Moissanite was originally discovered in a meteor crater in 1893 by scientist Henri Moissan. He mistakenly believed the crystals he found were diamonds. Naturally occurring moissanite is extremely rare. Because of this, most of the moissanite on the market is lab grown. It can take 2-3 months to create a single moissanite stone in a lab.
14K White Gold 1.25CT (6mm) Moissanite Asscher Cut Echo Halo Engagement Ring
14K White Gold 1.25CT (6mm) Moissanite Asscher Cut Echo Halo Engagement Ring. The echo halo is a unique different size double halo effect, a sort of echo.
Moissanite is grown from silicon carbide. It is very difficult to tell apart a diamond & moissanite, making moissanite a spectacular diamond alternative.
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Moissanite was originally discovered in a meteor crater in 1893 by scientist Henri Moissan. He mistakenly believed the crystals he found were diamonds. Naturally occurring moissanite is extremely rare. Because of this, most of the moissanite on the market is lab grown. It can take 2-3 months to create a single moissanite stone in a lab.
A 7CT Asscher Cut Belgium Lab Diamond Engagement Ring
A 7CT Asscher Cut Belgium Lab Diamond Engagement Ring. It's perfect in every way.
The country of Belgium is one of the oldest diamond traders in the world, it's no doubt they have excelled in the newest diamonds sweeping the industry, lab grown diamonds. Flawless, brilliant, elegant and affordable.
WHAT IS A BELGIUM LAB DIAMOND?
These lab hybrid diamonds are absolutely and completely brilliant as natural mined diamonds. Each lab diamond is made of layers of diamond like carbon under extreme high temperatures and pressure. This is the same way mined diamonds grown in nature. The degree of brightness, shininess and clarity of the lab diamond is comparable, with the greatest diamonds formed with nature. These diamonds look much better than most mined diamonds because of the excellent cut, perfect color and clarity. These lab diamonds have a 9 on the Mohs scale and will last a lifetime.
A 7CT Asscher Cut Blue Belgium Lab Diamond Engagement Ring
A 7CT Asscher Cut Blue Belgium Lab Diamond Engagement Ring. It's perfect in every way.
The country of Belgium is one of the oldest diamond traders in the world, it's no doubt they have excelled in the newest diamonds sweeping the industry, lab grown diamonds. Flawless, brilliant, elegant and affordable.
WHAT IS A BELGIUM LAB DIAMOND?
These lab hybrid diamonds are absolutely and completely brilliant as natural mined diamonds. Each lab diamond is made of layers of diamond like carbon under extreme high temperatures and pressure. This is the same way mined diamonds grown in nature. The degree of brightness, shininess and clarity of the lab diamond is comparable, with the greatest diamonds formed with nature. These diamonds look much better than most mined diamonds because of the excellent cut, perfect color and clarity. These lab diamonds have a 9 on the Mohs scale and will last a lifetime.
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