Origin of Diamond - South Africa
Weight of Diamond – 2.00 Ct
Appx Dimensions of Diamond – 9.2mm
Color – Z+ (Fancy Color)
Treatments - Routinely Enhanced
Shape – Round Brilliant Cut
Luster - Excellent
Lab Certificate of Authenticity Included FREE of Cost.
Absolutely Rare & Unique – Natural Round Brilliant Cut Black Diamond Solitaire
We don’t have any appraisal lab in India, otherwise we are sure that this will give you a $$$$$ Appraisal if you get it done by any reputed lab like UGL, EGL etc. This is a very fine quality natural AAA quality diamond brought to you exclusively by Bello Jewels. Buy with Complete Satisfaction. 100% Money Back Guarantee. We ship worldwide including USA, UK, Australia, China, Japan, Europe, Russia etc.
More than 500carats Stock in hand, order as much quantity as you like. Email us on info@bellojewelsonline.com in case you have any questions.
Black diamonds are real (It's still a pure carbon crystal, so called "Carbonado", but it is technically a diamond).They don't sparkle too much unless they are of AAA nature, because due to the fact they are coated black, they absorb light rather than refract it.
They are real diamonds, but they have a different crystalline structure. The regular crystal structure of the diamond is what causes the sparkle: light comes in, bounces around in a predictable way, and is bounced out.
Black diamonds have a "polycrystalline" structure, which means it's kind of like many diamonds smashed together. Since they're all at different angles, and so you can't carve it to make sparkles. Instead, the light just gets absorbed, making it black.
An Interesting take on the origin of Black Diamonds
A team of U.S. geologists have published evidence relating to a different origin of these black diamonds: interstellar-outer space. They have found that black diamonds contain fine elements of nitrogen and hydrogen which they claim are sure indicators of an extraterrestrial origin.
The study by renowned researchers found that the chemical properties of carbonado indicated that the mineral formed in a supernova explosion that took place prior to the formation of our Solar System.
In this sense, Carbonado is found similar to carbon-rich cosmic dust, likely formed in an environment near carbon stars. The diamonds were eventually incorporated into solid bodies that subsequently fell to Earth as meteorites.
