![]() There are many factors to consider when deciding between diamonds and diamond simulants. Courtesy: Selda Okutan Should I Buy a Diamond Simulant? Some people appreciate the intensity of these simulants’ fire while others think that the excessive fire draws attention to the fact that the stone is “different” and not a diamond.Īn edgy take on the classic engagement ring, Selda Okutan’s “A Drop of Tear” ring features a colorless zircon set in oxidized sterling silver. This means that simulants with greater density than diamond (such as GGG) might appear smaller than diamonds of the same carat weight, while a stone with less density than diamond might appear larger.įinally, while diamond has more fire than most simulants, a few simulants, such as synthetic moissanite and synthetic rutile, have more fire than diamond. This means diamonds have a brighter luster than most simulants.Īnother factor to pay attention to is that simulants have varying densities (weight to volume ratio). Also, because of their superior hardness, diamonds can take a better polish than other gems or simulants. ![]() This means that most diamonds will hold up to daily wear and tear, while many simulants might soon develop scratches and visible abrasions, especially along facet junctions. Diamond - a 10 - is at the top, making it one of the hardest natural substances on earth. The Mohs Scale rates the hardness of gems and minerals. Overall though, diamond is harder than any simulant. How Do Simulated Diamonds Compare to Diamonds?Įach simulant has unique properties, so it is difficult to compare simulants to diamonds as a whole. This 14K rose gold ring is set with a near-colorless round brilliant synthetic moissanite, a popular diamond simulant introduced in the late 1990s. Lab-grown diamonds have the same chemical, physical and optical properties as natural diamonds, while simulants do not. IMPORTANT TIP: Diamond simulants are not the same as laboratory-grown (or lab-created) diamonds. Cubic zirconia, for example, is made by heating powdered ingredients to their melting point and then cooling the mixture to a solid state. Many of the most popular diamond simulants today, such as cubic zirconia and moissanite, are synthetic stones manufactured in laboratories. Gemologists call these imitations “simulants.” Natural materials, such as colorless quartz, topaz, sapphire, beryl and especially zircon, have been used as diamond simulants for centuries. What materials are used as diamond simulants?īoth laboratory-grown gems (also called “synthetic” gems) and natural gems that look like a particular gem can be used to imitate that gem. If you’re shopping for a diamond imitation, make sure you know the unique characteristics of the stone you are getting. Simulated diamonds - or diamond simulants - may look like diamonds, but they don’t have the same chemical, physical and optical properties.
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