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Showing posts with the label diamonds engagement ring in Memphis TN

Synthetic red beryl for watches and jewelry

Red Beryl is one of the most expensive stones available to mankind; it is extremely rare in natural environments and is more expensive than gold and other precious stones, including diamonds. Red beryl is formed from the same family as emeralds, and can also be synthesized in the lab, besides the other colors of the beryl family like red to pink beryl, morganite, green beryl, Paraiba and blue green aquamarine stones. Advancement in technology has also allowed labs to create beryl of colors, which are not naturally found, such as crimson tourmaline, rubellite, and deep blue Paraiba tourmaline. These are highly appreciated by jewelers to set into various designs for an engagement ring in Memphis, TN . Choosing to buy diamonds in Memphis, TN , for all your jewelry needs is not only expensive, but also very clichéd. Unique and creative designs are all exhausted with the same colorless variety of stones. Opting for synthetic stones does not completely diminish the value of the pi...

Did you know there are green diamonds?

If you have been searching for months and have yet to decide on the perfect ring for the big day, it is advisable that you try looking for unique types of metalwork along with uncommon stones, to create the most unique product for yourself. With the hype about the colorless diamond and the 4Cs that are diligently followed, people forget or simply do not know about the beautiful colors of diamonds. Green diamonds are one of the rarest formations and are frightfully expensive to buy on or at a jewelry store in Memphis, TN . How is it formed? Naturally occurring green diamonds are rare to find and are generally the result of radiation, either during formation or they are irradiated in the labs. Experts find it difficult to ascertain if a stone is formed naturally or has been altered in the labs. If the stone has been formed naturally, the color is due to the stone that is close to a source of natural radiation and is commonly thought to be from exposure to radioactive ura...