More about "DiamondAura" (whatever that is?)

We have to make it quite clear, we have nothing but contempt for anyone ripping off our website name simply to capitalise on our earned Google collateral, by using our trading name or suggesting we have anything to do with cheap imitation diamonds like these.
Whatever material they do sell - it is a published fact "DiamondAura" can be bought from STAUER in the UK and the US for peanuts. It should also be noted that these stones should not plunged into hot water for fear of cracking!!!! and jewellers cannot heat them above 300c - BIZARRE.
Even IF we could make this material - we would not, for we only make REAL DIAMONDS.
Watch this space.............

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Diamond Comparison Table

We have been asked what is the difference between our REAL diamonds and 'simulants' or 'synthetic' diamonds, so here is a chart...........and we will also show you the chart for "DiamondAura" to prove it is not a diamond.....

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How much do ashes and hair weigh?

We've been asked many times 'How much ashes weigh?' for sending and converting into a diamond.
Half an everyday cup would weigh approx' 100 grams.
A heaped tablespoon of ashes weighs around the 35 grams mark.
Half a cupful of hair in a firm ball weighs around 25 grams and is usually sufficient to make a 1 carat canary coloured diamond.

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A wonderful welcome from the NAFD

© NAFD : Funeal Director Monthly : Sept. 08 Vol. 91 Issue 09 p45 - reprinted with kind permission.

Phoenix-Diamonds.com is part of a group of Internet trading companies established in 2000 in Macclesfield, Cheshire.
After working as an agent for a major US supplier of laboratory diamonds and becoming disillusioned by the huge prices involved, Mike Kelly began researching the specialist field of man-made memorial diamonds and set up Phoenix-Diamonds once his team could offer increased capacity and a greater range of colours.
The process of creating man-made diamonds has been around since the 1950s, when the Russians perfected the laboratory techniques and the published patent was then secured by GE of America, allegedly beating De Beers by just seven days. The Phoenix Group employs HPHT (high pressure with high heat over time) to create canary coloured diamonds, but adopts a slightly different process for its new blue range. It also manufactures blue/white, amber, green and red diamonds, although pink eludes it – for the time being.
Mike believes the UK’s funeral profession could become a bigger driving force behind the development of the memorial diamonds industry. He realises that funeral directors may not be looking to offer yet another fairly expensive service, but remains convinced that memorial diamonds are a perfect way to immortalise a loved one. Also, as valuable diamonds in their own right – they possess the same characteristics as mined diamonds and are cut and polished to be set as a pendant or ring – they can be passed down the generations.
“With so few genuine memorial diamond makers in the world, we feel sure that bereaved families would welcome information on the services available before they bury or scatter their relative’s ashes and the opportunity is lost forever,” he says.
“We wanted to join the NAFD to develop relationships with funeral directors, especially since they often play a key role. Even if the deceased is to be buried, creating a memorial diamond from the remains is still feasible because our technicians can use hair and nails, both of which are rich sources of carbon. However, they require very delicate handling and there is only a small window – between viewing and burial – in which to take the necessary action.”
Mike is keen to dispel any confusion regarding genuine memorial diamonds and fakes and says laboratories that offer certification (either by the GIA or the UK Assay Office) are sure to be creating real diamonds. He also suggests that, since DNA dies at a low temperature and there is unlikely to be sufficient carbon in a single hair strand, it would be difficult to create a true memorial diamond. Synthetics like CZ (cubic zirconium) and Moissanite (silicon carbide) are cheaper to manufacture but their quality and value simply does not compare.
Phoenix Group’s technicians have now perfected a means of extracting carbon from a baby’s umbilical cord, which has prompted Celebration-diamonds.com.
For further information visit www.phoenix-diamonds.com or contact Mike Kelly on 0870 881 0612 or email sales@phoenix-diamonds.com

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Two very recent examples of memorial diamonds set in new rings, both of which were once original partners rings

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The worlds first diamond from an umbilical cord

Having made dozens of 'Memorial Diamonds', I was chatting idly to my laboratory technicians about 'what else can we make diamonds out of'? Apart from the ashes and hair, the lads suggested both hoof and horn but surprisingly the umbilical cord of a baby, which apparently is rich in basic carbon and may be able to be used.
With this in mind, I spoke to the editor of Funeral Service Times who was willing to write a feature story mentioning this idea and a request for a potential donor.
Not only did I receive a call from a potential donor - a funeral director whose wife had suffered neo-natal deaths in the past and who was now pregnant again - it turned out that his practice had actually cremated all of my Aunties, Uncles and Grand Parents over the past years. We agreed to keep in touch.
Almost on the due date, he called to say his wife was possibly in labour and being cared for at Hope Hospital, in Manchester adding - "what should I do with the cord if I can get it"?. Being a first for all of us, I suggested he get the nurses to put it straight in their deep-freeze - ready for a collection once I had been in touch with our lab'. We all laugh now, but the best at the time was a 'TupperWare' box............
Jessica was delivered on the 27th of January 2008 at just 4 lbs 11ozs - thankfully alive and well - though the situation was very delicate to say the least!!!
We collected the frozen cord and kept it frozen for a while whilst taking advise from the lab'. It was eventually treated [sorry, can't disclose how] to become pure carbon. The lab' then used this carbon in our usual process when making blue diamonds - though with this 'world first' we all had to take extra special care.
The HHHP process we use, runs under a pressure around 10,000 tons per square inch at temperatures of 1300c for a calculated long period of weeks - almost under constant supervision. Eventually the raw crystal emerged and the cutter with many years experience chose the clearest section from which to cut the biggest clear diamond possible. After polishing we now have a 0.5 carat Aqua Blue brilliant cut diamond which was almost flawless, icy blue and very clear.
During this lengthy wait, we were all under 'tenter hooks' as so much could have gone wrong, but thankfully all has turned out well. The donors called to ask if we could name the diamond - and so we have - The Jessica Diamond, first in the world..
Costs?? Disregarding the initial development, we calculate we may be able to make more diamonds, probably around 1/2 carat in weight for between £5000-£7500, however, we will not be able to predict the exact size or the exact colour blue until we have made a few more.
Mike Kelly, ceo : Amended : 23rd June 2008

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Hope to see you there.............

We hope to you in Newcastle 7th - 9th of July

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