Why smart people buy cubic zirconia engagenent rings

Why wouldn’t you want a stone that was more beautiful than a diamond? The common reason is that cubic zirconia is cheap. Give someone an engagement ring of cubic zirconia and you are not demonstrating your willingness to be extravagant for your love. Diamonds are valued because of their cost.

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https://www.forbes.com/forbes/welcome/?toURL=https://www.forbes.com/sites/quora/2017/07/03/why-smart-people-buy-cubic-zirconia-engagement-rings/&refURL=&referrer=#6e954e56594fArticle from Forbes


Why smart people buy CUBIC ZIRCONIA engagement rings! Forbes Magazine 

Why wouldn’t you want a stone that was more beautiful than a diamond? The common reason is that cubic zirconia is cheap. Give someone an engagement ring of cubic zirconia and you are not demonstrating your willingness to be extravagant for your love. Diamonds are valued because of their cost.

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Everything You Need To Know About Cubic Zirconia!


Quality of Cubic Zirconia:

When you are looking to buy cubic zirconia, you should first look at the quality of the stone carefully. When assessing the quality of cubic zirconia, you can go by the same “4C” scale that is used to grade diamonds. The four Cs to consider when choosing a quality cubic zirconia are carat, clarity, color, and cut.
 Carat Weight of Cubic Zirconia:
A cubic zirconia with the same dimensions as a diamond is about 1.7 times heavier than the diamond. When the weight of cubic zirconia is given in carats, the number actually represents the carat weight of a true diamond of the same size. This is to standardize the scale so that the comparison between cubic zirconia and diamond is easy to make. Some cubic zirconia stones are measured by stone size rather than carat weight.
 Cubic Zirconia Clarity:
 All cubic zirconia in jewelry is manufactured synthetically, since it is not a mineral that exists in a naturally abundant and pure form. Low-quality manufacturing processes causes stones to be cloudy or have visible imperfections. Colored cubic zirconia can have uneven colors or tones, so the clearest and most evenly colored stones are the most valuable.
 Colored Cubic Zirconia:
 When synthesized by a quality manufacturer, cubic zirconia is usually clear. It is possible to introduce elements and oxides to color stones during manufacturing. The mostly highly valued cubic zirconia stones have even color and tone. Unlike colored diamonds, which are exceptionally rare, cubic zirconia is affordable and available in a variety of colors.
 The Cut of Cubic Zirconia Stones:
Cubic zirconia can be hand-cut or machine-cut. For the best looking and most sparkling cubic zirconia, facets are cut evenly and precisely. The standard cut for cubic zirconia is the brilliant cut, but the stones can also be cut in other styles such as the trillion, princess and radiant styles. Quality cubic zirconia is hand-cut, not machine-cut, since machine cutting can cause stones to be hazy, poorly polished or have poorly arranged facets.
Cubic Zirconia Rating System:
 The “A” System of Rating Cubic Zirconia When buying cubic zirconia, assess the quality by weight (carat), clarity, color and cut. The quality of cubic zirconia can also be measured by a separate system with six categories. The six categories used to describe the quality of cubic zirconia are: AAAAA or 5A is the highest quality, AAAA, AAA, AA, A and AB, the lowest quality. The highest quality stones are hard and clear, while the lowest quality stones are cloudy and soft. Most cubic zirconia stones sold today are rated as AAA quality stones. Jewelers can find customers higher quality AAAA and AAAAA stones, if desired.  A majority of the Cubic Zirconia used in the settings we offer are 5A Cubic Zirconia.
For more information regarding the quality of our CZ, please email us at info@myfauxdiamond.com.IMG_6029


The Truth Behind “Diamond Coated” Cubic Zirconia!

Buyer Beware; Stone Coatings – A hoax?

 Some manufacturers try to improve the quality of inferior stones by coating the stone with a “film of diamond-like carbon known as DLC”. In fact, what this does according to Wikipedia is “… quench down the fire of Cubic Zirconia…” Fire in layman’s terms is sparkle. According to Wikipedia “its refractive index is high at 2.15–2.18 (compared to 2.42 for diamonds)” and “its dispersion is very high at 0.058–0.066, exceeding that of diamond (0.044)”. Without getting more technical, Cubic Zirconia has more sparkle than mined diamonds! I certainly don’t want to tone that down.

Some jewelers will claim they coat their synthetic or simulated stones with a very thin layer of diamond. No matter what they call it this is known generically as “amorphous diamond”. This results in “an upper layer that is both simulant and man made diamond”. This does nothing for the quality of the stone’s clarity, cut or hardness. Simply stated, put a new coat of paint on an old jalopy car and it will still dent and not run well. Coatings don’t help the beauty of the core stone. In fact, it is not even a coating because the process results in a layer that is both the original stone and a vapor of man made material. Some inspections by industry watch-dogs state it was “…an unidentifiable coating.”

 Diamond-like carbon (DLC), in mineralogy known as Amorphous Carbon, is the name used for coal, soot and other impure forms of the element carbon that are neither graphite or diamond. The coating places or only mixes particles with the top layer of the Simulant Diamond Molecules that are less than one fifth of a human hair end. This is only enough to diffuse light.

 In fact it prevents light from shining into the diamond by reflecting light from the outside. Diamonds get their brilliance, sparkle and fire from light penetrating into the stone and bouncing off theinterior facets. It is like placing a chrome tint over your car windows, thus preventing light from entering the stone.

 The claim that coatings add hardness to the stone are confusing at best. If it is a complete coating then it may extend some resistance to abrasive wear. But since it usually is an infusion of diamond like carbon and does not completely coat the surface, abrasion will still readily occur.  While some small degree of scratch resistance may be detectible with scientific equipment, on a practical level of day to day wear, it is my professional opinion that no genuine resistance to abrasion is achieved.

 Finally, DLC or Amorphous carbon is not designed to strengthen for impact. So if you bump your stone against something it has no more “hardness” or protection against breakage than an untreated stone. No practical measure of protection is achieved. All stones can chip even Mined Diamonds.

 A discussion about diamond coatings would be incomplete if it did not address the coloring of stones. Some stones are coated with a color (yellow, pink, black, etc.). The coating can be used to hide imperfections and impurities in the stone. Be careful since colored stones with colored coatings can hide cloudy stones and stones with poor fire and sparkle.

My advice is to just buy a great quality Synthetic or Simulated Diamond, without any gimmicks, from a jeweler you trust.

Originally Shared Suzan Flamm MJSA