While both moissanite and diamond are rated excellent in toughness, moissanite has a different atomic and chemical structure than diamond. Determined by a substance’s atomic and chemical structure, toughness can vary directionally within a jewel or gemstone. The ability of a jewel to remain intact, withstand force (pressure) and resist breaking or chipping is known as toughness. Moissanite’s ability to resist abrasion out ranks many popular colored gemstones and is second only to diamond. Therefore, if you were to compare hardness between gemstones, a jewel can only be scratched or abraded by a material that has the same hardness or a higher Mohs hardness.Īlthough diamond is the hardest substance known to mankind, ranked as 10 on Mohs, moissanite is the second hardest jewel known to man, at 9.25. Hardness refers to the jewel’s resistance to being scratched or abraded and is commonly expressed as a number ranking (1 being the softest and 10 being the hardest) on Mohs relative hardness scale. Durability is commonly described to consist of both hardness and toughness however, a third component of durability is stability. Moissanite’s brilliance outshines every jewel, yet its exceptional durability should not be overlooked. With more brilliance and fire than that of diamond or any popular jewel, moissanite is truly impressive. This means that moissanite emits more fire, or flashes of rainbow colored light than diamond. What’s more, moissanite’s fire of 0.104 is more than twice that of diamond (0.044). In other words, moissanite’s brilliance outrivals diamonds’s. Simplified, the higher the refractive index, the more brilliance the jewel emits. There is a correlation between a jewel’s refractive index and its brilliance. Moissanite is known for its high refractive index of 2.65, greater even than the refractive index of diamond at 2.42. Moissanite’s characteristic sparkle is more than just a show of beauty-it’s also a testament to the superior science behind the jewel. Moissanite is also harder than ruby, sapphire and other popular gemstones and second in hardness only to diamond. The jewel is acclaimed for its exceptional brilliance and dispersion (fire) – properties that in moissanite exceed most popular gemstones and are greater than diamond’s. Now, through the combination of advanced technology and proprietary processes, moissanite is carefully created by Charles & Colvard. He soon realized the brilliance and fire that shimmered from this new mineral which lead George Kunz, a respected professional with expertise in gemology from Tiffany & Co., to name the new jewel "moissanite" in honor of Dr. He studied the fragmented particles taken from an Arizona meteor crater believed to have been carried to Earth in a meteorite 50,000 years ago in trace amounts. In addition to superior fire and brilliance, Moissanite has 18% greater luster than a diamond and 50% greater luster than CZ.Moissanite-chemically known as silicon carbide-was discovered more than 100 years ago in 1893 by a Nobel-Prize winning scientist named Henri Moissan. Luster is the amount of light that is reflected back to the observer from the surface of the gemstone. Moissanite's fire, the flashes of colored light, is even more impressive, being more than twice that of a diamond. Moissanite's superior refractive index makes Moissanite the most brilliant fine gemstone on earth. The higher the refractive index of a gemstone, the more brilliance the jewel emits. Brilliance is the flashes of white light exiting the top and sides of a gemstone. Moissanite is known for its high refractive index of 2.65, which is notably higher than diamond, sapphire, CZ and other gemstones known to be very brilliant. This is not merely a sales line, but a scientific and quantifiable fact. Moissanite's characteristic sparkle is more than just a show of beauty - it's a testament to the superior science behind the jewel, boasting more fire, brilliance, and luster than any gemstone on earth.
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