2016 | A 20.38 CARAT,D COLOR,TYPE IIA,FLAWLESS UNMOUNTED DIAMOND

A 20.38 CARAT,D COLOR,TYPE IIA,FLAWLESS UNMOUNTED DIAMOND

Author: --

Size: --

Signed and dated: --

Estimate:

Final Price: --



Oval-shaped brilliant-cut diamond of 20.38 carats
GIA,2020,report no. 2211040598,20.38 carats,D color,Flawless clarity,excellenct polish and symmetry,none fluorescence
Also accompanied by a GIA diamond type classification report stating that the 20.38 carats Oval Brilliant diamond is determined to be Type IIa diamond. Type IIa diamonds are the most chemically pure type of diamond and often have exceptional optical transparency

perfect diamonds
Diamonds,despite it being one of the most historically sophisticated gems in relation to humanity,has one of the simplest chemical forms compared to other crystals-it is purely made of carbon. They form within great depths of the earth’s mantle,some as far down as 500 kilometres beneath the surface of the earth. For these gems to crystalize,it requires tremendous amounts of heat and pressure,which can be 50,000 times that of the daily pressure we experience at the surface of the earth. Born from extremely harsh conditions,their origins are also ancient as they are known to be formed billions of years ago.
These crystals then are transferred via volcanic eruptions to the surface of the earth,rapidly transferring molten rocks containing diamonds out into the crust. If these minerals cool down at a slow pace as they rise during the process,it could turn into graphite. If it gets in contact with oxygen as the temperatures are still high,it could potentially even vaporize into carbon dioxide. These types of volcanic eruptions that deliver diamonds to the surface are so rare,that such an event has never been observed in modern times. If diamonds can survive through this rigorous formation process2s well as the volcanic eruptions that carry them to the surface for it to be discovered,they can potentially last forever.
A 20.38 CARAT,D COLOR,TYPE IIA,FLAWLESS UNMOUNTED DIAMOND
From ancient Greek to modern day diamonds were the tears of God. Roman literature referenced diamonds as fragments of fallen stars.
The Oval-shaped brilliant-cut diamond of 20.38 carats,D color,Flawless clarity,excellenct polish and symmetry,none fluorescence and also certified to be Type lla diamonds,possessing a purity of colour and a high degree of transparency and luminosity which is present in only 2% of the world’s entire diamond production.
Diamonds,despite it being one of the most historically sophisticated gems in relation to humanity,has one of the simplest chemical forms compared to other crystals-it is purely made of carbon. They form within great depths of the earth’s mantle,some as far down as 500 kilometres beneath the surface of the earth. For these gems to crystalize,it requires tremendous amounts of heat and pressure,which can be 50,000 times that of the daily pressure we experience at the surface of the earth. Born from extremely harsh conditions,their origins are also ancient as they are known to be formed billions of years ago.
These crystals then are transferred via volcanic eruptions to the surface of the earth,rapidly transferring molten rocks containing diamonds out into the crust. If these minerals cool down at a slow pace as they rise during the process,it could turn into graphite. If it gets in contact with oxygen as the temperatures are still high,it could potentially even vaporize into carbon dioxide. These types of volcanic eruptions that deliver diamonds to the surface are so rare,that such an event has never been observed in modern times. If diamonds can survive through this rigorous formation process2s well as the volcanic eruptions that carry them to the surface for it to be discovered,they can potentially last forever.

The item is held under the bonded status,please check the NOTICE ON AUCTION OF BONDED LOTS in this catalogue for details.