The process of converting the ashes to diamonds is becoming increasingly popular in the present times. This process is very different from the traditional burials that take place around the world. Even after the burial is completed, with help of this diamond, you can maintain some sort of connection with your deceased one. When you turn ashes to diamonds, it can last as a keepsake for many years to come. Therefore, the future generations can view these diamonds and remember the previous generations. The memory of all loved ones is therefore preserved.
Turning ashes to beautiful diamonds
The ashes get converted to diamonds with the help of really skilled workmen. Very advanced machines are used for transforming the ashes into diamonds. For this process to take place actually, conditions of very high temperature as well as pressure is required. The conditions actually mimic the natural conditions under which diamonds are formed. The process usually takes place deep inside the crust of the earth.
Extracting carbon
Firstly, the amount of ashes is measured to determine whether it is enough to make the cremation diamonds. The content of carbon present in an individual varies to a certain extent. Overall, 10 grams of hair is required for making the carbon. It is useful to provide with additional samples of hair, in case the amount of carbon present in the ashes is not enough. All the different elements present in the sample, gets reduced to the minimum amount.
Heating diamond
After the collection of the ashes is completed, the cremated remains are placed is specially constructed crucibles. This special crucible is then subjected to temperatures of around 1370 degrees. A lot of heat as well as pressure is applied on the remains to ensure the formation of the diamond. Before the start of this process, the hair of the deceased is actually purified via a refinement process. Many other techniques are applied thereafter, turning ashes into diamonds. The growth of the diamond cells takes a few weeks or months. The bigger is the size of the diamond, the longer it takes for the synthesis to take place.
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