Cremation Into Diamonds

Cremation diamonds are real diamonds made from the carbon left in cremated remains or from the carbon in someone s hair.

Cremation into diamonds.

While natural diamonds must be mined from deep under the earth the creation of cremation diamonds pose no harm to our environment. They are aesthetically very close to natural diamonds with the same brilliance and shine. A lifegem diamond provides comfort and support when and where you need it. And cremation diamonds turning ashes into diamonds takes brilliant minds technological excellence scientific skills and sincere passion.

Unique diamonds flawlessly priced. Pricing for personal diamonds please note that all our prices are listed in us dollars. Cremation diamonds are known by a few names including memorial diamonds and eternal diamonds. The ashes are then analyzed for their carbon content since diamonds are approximately 99 9 carbon.

Heart in diamond is proud to be the only certified manufacturer to create genuine cremation diamonds at its own laboratory. The lifegem is a certified high quality diamond created from the ashes of your loved one as a memorial to their unique and wonderful life. Cremation diamonds are created in a lab. Cremation diamonds are created when a significant portion of the ashes is sent to a diamond creating company.

So are cremation diamonds real. Embrace your loved one s memory day by day. It means our customers order guaranteed quality for competitive prices. We are proud to keep the costs of our cremation diamonds as low as possible while meeting the highest expectations of our clients.

Cremation diamonds cremation diamonds are certified high quality cremation jewelry diamonds that are a true memorial to a unique life. All cremation diamonds are individually authenticated inspected graded and identified by our world renowned and highly trained gemologists. Cremation diamonds from ashes are made of 200 g 8 oz cremation ashes or 10 g human hair 0 4 oz by using an hpht technology in our state of the art swiss laboratory. The carbon is then isolated and put under extreme heat and pressure to turn into graphite.