Moissanite isn't a diamond substitute. It's its own gem — one that happens to throw more rainbow light, wear nearly as hard, and cost a fraction of the price.
In 1893, French chemist Henri Moissan was sifting through fragments of a meteorite that had struck Arizona's Canyon Diablo thousands of years earlier. Under the microscope, he found tiny crystals that sparkled like diamond — but weren't.
He'd discovered silicon carbide, a naturally occurring crystal so rare in nature that gemologists later realized it would be nearly impossible to mine at any real scale.
Today's moissanite is grown in a lab, under carefully controlled heat and pressure — no mining, no meteorites required. The result is a stone with the same crystal structure Moissan found, cut and faceted for brilliance.
Henri Moissan discovers silicon carbide crystals in meteorite fragments in Arizona.
Moissan wins the Nobel Prize in Chemistry; the mineral is later named moissanite in his honor.
Scientists develop a process to grow gem-quality moissanite in a lab, making it available for jewelry.
Moissanite is cut and set as a gem in its own right — prized for brilliance, not sold as an imitation.
Not "fake diamond" — a different gem with its own strengths. Here's where moissanite pulls ahead, and where diamond still has the edge.
Moissanite's extra fire means it can out-sparkle a diamond of the same size — without the diamond markup.
Every piece is set in solid sterling silver — durable enough for daily wear, and it won't tarnish your budget either.
At 9.25 on the Mohs scale, moissanite stands up to rings, bracelets, and chains you actually wear — not just special occasions.
No — moissanite is its own mineral, silicon carbide, with a different crystal structure than diamond (which is pure carbon). It's not manufactured to fool anyone; it's cut and sold as moissanite, prized for having more fire than diamond.
To the naked eye, moissanite reads as bright, clear, and colorless — often brighter than diamond, since it throws more rainbow-colored flashes in direct light. Some people love that extra sparkle; it's simply a different kind of brilliance.
Very. At 9.25 on the Mohs hardness scale, moissanite is the second-hardest gem used in jewelry, just behind diamond's 10. It resists scratching, chipping, and everyday wear-and-tear.
Moissanite is grown in a lab under controlled conditions, which is far less costly than mining or lab-growing diamond. That cost difference passes straight to you — without cutting corners on brilliance or durability.