Why Buy Moissanite Instead of Any Other Gemstone?
With over twice the sparkle of even a diamond, more women today are choosing Moissanite jewelry for themselves. Its unique origins and unmatched beauty make it one of the fastest growing personal choice jewels available. Properly cut by master cutters, moissanite has incredible fire, brilliance and luster exceeding that of any known gemstone or other man-made material. These faceted jewels now offer you a variety of choices as they are available near colorless to very slightly tinted are available in round, oval, marquise, pear shape, radiant cut octagon, heart shape, triangle, trillion, princess cut squares, and antique squares.
Moissanite is truly is in a class by itself, providing visual beauty and pride of ownership that needs no comparison. But those who see and admire it are compelled to compare it to the only known thing that comes close to it in beauty, the diamond.
It is generally accepted that the most important characteristics of a jewel are its beauty, durability and rarity.
| Beauty |
The beauty of a jewel is determined by its color,
brilliance, "fire" and luster |
|
Brilliance |
The brilliance of a jewel is created by cutting designs
that use the jewel's refractive index and is measured by the amount of light
that enters the jewel and is reflected back to the viewer. |
| Fire |
The dispersion of a jewel combined with the cutting
design results in the "fire," or the breaking of light rays into
the spectrum of colors and is measured by the amount of colored flashes
viewed when the jewel is moved in various lighting conditions. |
| Luster |
Luster is the amount of light that is reflected back to
the observer from the surface of the jewel. |
| Durability |
The durability of a jewel is determined by its hardness,
or resistance to scratching, and its toughness, or resistance to chipping
or cleaving. The jewel's hardness also determines the extent to which
brilliance and "fire" can be highlighted by cutting with sharp,
highly polished facets. |
| Rarity |
Rarity is the availability or perceived availability of
a jewel. |
|
These important characteristics are determined by a
jewel's physical properties. The table below compares the physical properties
of created moissanite and four of the most popular natural jewels.
Comparison
Chart |
BEAUTY |
DURABILITY |
SPECIFIC GRAVITY |
BRILLIANCE
Refractive Index |
FIRE
Dispersion |
LUSTER |
HARDNESS
Mohs |
TOUGHNESS |
 |
2.65-2.69 |
0.104 |
20.4% |
9.25 |
excellent |
3.21 |
 |
2.42 |
0.044 |
17.2% |
10 |
excellent
* |
3.52 |
|
1.77 |
0.018 |
7.4% |
9 |
excellent
** |
4.00 |
|
1.77 |
0.018 |
7.4% |
9 |
excellent
** |
4.00 |
 |
1.58 |
0.014 |
4.8% |
7.5 |
good to poor |
2.72 |
| * except good in cleavage direction **
except twinned stones |
"Its
optical properties provide a diamond with it's brillance, luster and fire. Moissanite out performs diamond on all
counts." As quoted from world renown expert Allan
Hodgkinson, F.G.A. D.G.A and author of the Rapport Diamond Report Article on Moissanite dated December 4, 1998.
The following sections provide fascinating
pictures and information demonstrating the intense beauty, durability, and
rarity of this stunning new jewel. Read on to learn why moissanite's superior
brilliance, fire, and luster; along with its incredible hardness make it unlike
any jewel ever seen.
Brilliance and Fire
The following photographs demonstrate why moissanite's
superior brilliance and fire make it a jewel whose stunning beauty is unmatched
by any other. Compare a moissanite jewel's brilliance and fire to any other
jewel and you will see why we say it is unlike any jewel ever seen.
|
A one carat diamond in water with a high intensity light shining on it.
The effective brilliance (refractive index) is displayed by the length
of the light specks and the size of the ring of specks in proximity to the
center of the diamond.
The fire (dispersion) is displayed by the spectrum of color associated
with each speck. |
A one carat moissanite jewel in water with a high intensity light
shining on it.
The superior brilliance (refractive index) is clearly displayed by the
increased length of the light specks and the larger size of the ring of
specks.
The superior fire (dispersion) is clearly displayed by the deep, intense
spectrum of color associated with each speck. |
|
|
A one carat moissanite jewel side-by-side with a one carat diamond in
water with a high intensity light shining on them.
The superior brilliance of moissanite is displayed by the ring of specks
extending beyond that of diamond.
The superior fire of moissanite is displayed by the intense color
spectrum of the moissanite light specks when compared to the diamond light
specks. |
Rarity
Moissanite created by Charles & Colvard is by far the rarest jewel on
earth.
Charles & Colvard, Ltd. uses a unique combination of art and science to
turn these rare jewel-quality crystals into a very limited quantity of created
moissanite jewels.
The chart below shows the number of carats of created moissanite produced in
1999 in comparison to the millions of carats of the other four precious jewels
imported into the
United
States
.
The
intervening years have seen only slight modification in these ratios and today,
Moissanite is by far still the rarest of all jewel quality gemstones available.
Quality
To ensure the highest quality, all created moissanite jewels are evaluated
to exacting standards by specially trained gemologists, quality control
personnel, and automated video imaging equipment.
Warranty
All Charles & Colvard created moissanite jewels come with the following
'Certificate of Authenticity and Limited Lifetime Warranty' card.
Science and Art
From the mind of a scientist and the eye of an artist, we present Moissanite
created by Charles & Colvard.
After a century of research, only one company in the world is capable of
growing moissanite crystals suitable for use as a precious jewel. Charles & Colvard uses their own uncommon combination of art and proprietary science to
turn these rare jewel-quality crystals into stunning moissanite jewels.
Computer Modeling
The cutting specifications for moissanite jewels are designed to maximize
the brilliance and fire inherent in the material. To maximize the light
reflecting from a faceted moissanite jewel requires the design of shapes with
proportions and angles unlike any other jewel.
Using computer modeling, we create proprietary designs to display the
maximum light reflection based on the optical properties (i.e. fire, brilliance
and luster) of moissanite jewels. A unique version of the round brilliant cut
was the first shape developed applying these computer models. Recently we
designed new fancy shapes that eliminate dark areas commonly found in other
gemstones with these fancy cuts. We believe these proprietary designs enhance
moissanite's physical properties for the superior optical performance observed
in faceted moissanite jewels.
Round Brilliant |
Baguette |
| |
|
Baguette, Tapered |
Cushion |
| |
|
Heart |
Marquise |
| |
|
Octagon |
Oval |
| |
|
Pear |
Princess |
| |
|
Radiant |
Square Brilliant |
| |
|
Triangle |
Trillion |
Durability
The durability of a gemstone is determined by its hardness, i.e., resistance
to scratching, and its toughness, i.e., resistance to chipping or cleaving.
Moissanite created by Charles & Colvard, at 9.25 Mohs, is second in
hardness only to diamond and incredibly tough. During the development of
created moissanite jewels, extensive real-world wear tests were performed by
women in a variety of professions, from bank teller to dog groomer to office
worker. These wear tests confirmed that moissanite jewels out-perform most
jewels in terms of durability.
Superior Heat Resistance
Moissanite has heat resistance properties superior to many other jewels,
offering the following distinct advantages for using moissanite in fine
jewelry.
- Moissanite jewels can
be cast in place, allowing the jewelry designer to offer innovative,
exact-fit designs.
- Moissanite jewels are
less likely to experience heat damage during jewelry repair operations.
- Moissanite jewels can
survive the extreme temperatures found in typical house fires.
The following pictures demonstrate the superior heat resistance of created
moissanite jewels compared to diamond.
|
|
A moissanite jewel and a diamond are placed in a high
temperature oven. The temperature in the oven is increased and a flow of
oxygen is introduced. |
| As the oven reaches 1100° C, the diamond catches fire and
begins to vaporize. At this point, the heat to the oven is turned off and the
diamond will continue to burn until... |
|
|
...the diamond has completely vaporized. The moissanite
jewel remains intact and as brilliant as the day it was created. |
|