This video talks a little bit about Diamond Fluorescence, how it affects your diamond purchase, and whether its something you should be concerned about.
I bought an H stone with strong blue fluorescence with VS1 clarity. It looks crystal clear and absolutely colorless because the blue counteracts any yellowing. Haven’t noticed any haziness or blue tint but certainly wouldn’t mind if it looked a tinge blue! I think a faint blue tint looks super cool, unlike a yellow tint
My engagement ring is a D colour with strong fluorescence. I haven’t noticed any issues with the clarity or colour. It’s literally stunning, no yellow in it what so ever. It’s so bright and sparkly because it has a good clarity, cut and polish. I’m so pleased with my diamond.
I had a very high quality 2.01 carat ring which I regret to say I sold years ago and upon going on the haunted mansion Walt Disney World ride the stone looked like white out had been applied to it, the entire stone looked solid bright glowing non-transparent white.
Cewl video, thank you! I actually have a natural fancy white diamond and it is not only fluorescent but also phosphorescent. Which is the coolest thing. I have had it tested and studied and the coolest thing ever is that if you leave SW UV on it for about 30 minutes, it will glow for over 10 hours! I mean really bright, it will light up your hand while you wear it. Favorite diamond ever!
So is this a diamond that you have? Diamonds are carbon and sounds like what you have is a gemstone of carbon with a other elements added boron and phosphorous, I hope that you didn’t pay a lot for this.
Great video, I bought a diamond bracelet from costco last winter, i shined blue uv light on it. I notice there are three results I see some diamond do not glow, some show blue hue almost like turquoise/teal and some are yellow. Are they fake?
How do you feel about an "I" colored oval cut diamond that is "IF clarity" with no florescence -2 carat? Should I buy a diamond with some florescence if am purchasing an "I" colored diamond?
Generally what is the extent of the price difference? in two otherwise identical engagement ring stones what would be the cost of the two be if one had extremely high fluorescence?
It should be significant because you are no longer a piece of carbon, you are a buying carbon with other trace elements included specifically boron but diamond sales people always want to get the most they can from you so play it off as nothing
Good morning. You are more beautiful than diamonds. A woman has great value. She is a mother, a sister, a daughter, an aunt, and especially a mother, the most beautiful thing in life
I actually like it but I feel like a lot of these videos telling people not to worry about fluorescence is just them wanting to sell lesser diamonds for a bigger profit.
A diamond is supposed to be crystallized carbon, fluorescence comes from the existence of boron within the diamond. Why don’t mention this? As I see it this is an impurity in a diamond and I question if it should be called a diamond because you no longer have a piece of crystallized carbon.
Every Diamond has slight impurities. you can't say JUST boron is an impurity. Boron causes the fluorescence, that's true but other impurities affect the color or the clarity.
@@msk3905 and what causes the Diamond to be for example an E- or F color and not a Perfect D color? There Must be impurities in those Diamonds, too. Sometimes defects in the Carbon lattice cause Color differences But sometimes impurities.
@@msk3905 I think for you a Diamond has to be internally flawless, D color and without ANY fluorescence otherwise it’s no Diamond for you. But not every Diamond is Perfect.
