Saints Diamonds is a new venture that is transforming ashes to diamonds. When turning ashes into precious gems, the company employs a technique that has been patented. The procedure follows a straightforward formula, but the end result is nothing short of spectacular. There are tens of thousands of people who are interested in purchasing these diamonds, but how does the process work? And what is the cost of this? Continue reading to find out. Here are some of the advantages of using this technology. You can also purchase the finished product for $125 if you are interested.
While the procedure may appear strange at first glance, it has been in use for hundreds of years. Until 1963, Catholics were opposed to the practise of cremation. The ashes of loved ones were kept as a memento of their passing, providing comfort and closure. By transforming ashes into diamonds, you will never have to say goodbye for good. Even better, creating the ideal memorial is a piece of cake. In addition to being an heirloom for family and friends, an ash to stone tribute is a beautiful way to commemorate a life.
The procedure takes a few days and costs approximately $1,249 to complete. The price of a diamond is determined by the size and colour of the diamond. An upfront, one-time fee will be charged, and this will cover everything from secure shipping to certification from internationally recognised institutes. The entire process can take anywhere between 45 and 120 days. The cost of a diamond, on the other hand, is still considered to be reasonably priced. Furthermore, there are risks and benefits associated with the price tag. If you’re thinking about having a memorial service, it’s important to know exactly what you want.
A graphite chamber is used to store ash from coal-fired power plants. Graphite is a different physical state of carbon than carbon dioxide, and its atoms are bonded together in sheets to form graphite. The temperature in the chamber is approximately 2,700 degrees Fahrenheit and the pressure is approximately six gigapascals. In as a result of this process, atoms become tightly bound, and natural diamonds are created. In contrast to ashes, there are no chemicals or potentially harmful compounds.
In the laboratory, coal plant ash is placed in a graphite chamber to simulate the effects of radiation. A different state of carbon, graphite has a different chemical composition than carbon dioxide. Its atoms are arranged in flat sheets, and it can only be formed if the temperature is raised to a sufficient level. When a diamond is formed, the temperature and pressure required are similar to those experienced in nature. Diamonds are 99 percent carbon, and the other elements are not found in diamonds.
Following the cleaning process, the ash is placed in a graphite chamber. The physical state of carbon in graphite is completely different, but it is beneficial in the process of bonding carbon atoms together in a flat sheet. A diamond crystal will form under these extreme conditions of temperature and pressure. This procedure takes several months to complete, but it is quite expensive. The process, on the other hand, has the capability of producing diamonds of any size.
