Fragments of meteorite lay scattered in the deserts of Northern Arizona and near Diablo Canyon. In 1893, notable French chemist Dr. Henri Moissan discovered these meteorites remains that comprised of a shimmering quality. After a grueling research, the eminent scientist later concluded that it was new mineral by the name of social carbide. It was a never seen before discovery. In 1905, notable gem expert George Kunz recommended that the new mineral should be christened in honor of Dr. Moissan. The jewel was then named Moissanite.
Aspects of naturally occurring moissanite
Moissanite is a natural mineral that is often known as Silicon Carbide, its chemical name. This naturally occurring crystal is available in miniscule particles and inadequate quantities on limited areas of earth. Created moissanite essentially forms a single crystal and comprises of a complex production procedure. However, it is not a synthetic diamond, and it can be colorless or can have a yellow or green tinge.
Synthetic features of CZ
CZ is better known as Cubic Zirconia and is a feasible and affordable substitute for diamonds. This substance encompasses qualities of synthetic crystalline. However, most people often confuse CZ with diamonds and gemstone like Zircon. It is not a mineral but CZ does have brilliant crystal clarity. This substance was first produced in 1977.
So, what is the difference between moissanite vs cubic zirconia ? Take a look below.
Comparison: Moissanite vs Cubic Zirconia
|Moissanite||Cubic Zirconia (CZ)|
|Moissanite||Cubic Zirconia (CZ)|
|The main chemical constituents of this crystal are silicon and carbon, hence the name Silicon Carbide.||Oxygen and zirconium compose this crystalline lattice.|
|Crystal elements are scratch resistant, very hard and are not susceptible to breaking or chipping. It has a rating of over nine points, which is slightly more than cubic zirconia.||This substance is soft and not resistant to scratches. It has the potential of breaking easily as the hardness rating is a little more than eight points.|
|This element is very tough and has over seven pounds per square inch score.||This crystal is vulnerable to chipping and fragmenting with a pounds per square inch score below three.|
|Carbon is the major component of this substance which results in a lower specific gravity that is a little over three.||Zirconium is a heavy elements that render CZ with a specific gravity that is higher than six. This is almost four points more than Moissanite.|
|The structure here is hexagonal which has stacking, tetrahedral structure.||The crystalline form, as the name suggests, comprises of cubed units and cells.|
|It is a low maintenance object and is effectively porous. Occasional cleaning and scrubbing add a brilliant shine and fire to the mineral.||It is a porous object that enables oils, dust and cosmetic products to cling to the surface. This presents the crystal with a dull and jaded appearance.|
|This crystalline element has immense resistance to heat. Even in extreme temperatures of over eleven hundred degrees Celsius, the crystal will remain undamaged without any change in color.||Cubic Zirconia has a low capacity for heat resistance and can break and shatter if exposed to excessive heat. The color can change to an unclear, opaque shade.|
|These minerals are colorless. However, it can have a slight greenish and yellow hue, at times. These minerals are comparatively expensive than cubic zirconia.||Crystals are white and transparent in color, and less inexpensively priced than Moissanite.|