Despite the fact that they seem like diamonds, simulated diamonds (also known as diamond simulants) don’t have the same properties as diamonds. While choosing a diamond imitation, you should be aware of the stone’s unique characteristics.
Is there a specific substance that is utilized to make diamond simulants?
Gems made in a laboratory (often referred to as “synthetic” gems) and naturally occurring stones that closely match a certain gem may both be used to replicate that gem’s look. According to gemologists, the word “simulants” is used to characterize these counterfeits. For hundreds of years, natural crystals such colorless topaz, quartz, beryl, sapphire, and zircon have been utilized as diamond simulants.
As a result, many of the diamond imitants now in use, such as moissanite and cubic zirconia, are not genuine diamonds. As an example, the process of making cubic zirconia involves first melting powdered components and then cooling the mixture to a solid form. Now that prominent companies like Luxuria have come up, the options are also increasing for getting the high quality diamonds.
Thing to Keep in mind
Lab-created diamonds and diamond simulants are not the same thing! Simulants, on the other hand, do not have the same chemical, physical, and optical properties as naturally occurring diamonds. Here, you may find more information regarding lab-grown diamonds.
- A 14K rose gold ring with perfect cut synthetic moissanite is the setting for this band.
- Moissanite, a well-known diamond simulant that was initially introduced in the late 1990s and has since garnered broad appeal, is set in this 14K rose gold ring.
In the world of diamonds, there are two types: synthetic and natural
Simulants cannot be compared to diamonds as a group since each simulant has a unique set of features. On the other hand, no simulant can compare to the hardness of a diamond. Mineral and gemstone hardness is measured using the Mohs Scale. To put it simply, diamond is the hardest natural object on Earth, with a 10 on the Mohs scale. Diamonds can endure normal wear and tear, but imitations may develop scratches and abrasions along the facet joints over time, making them seem less precious. As a result, they can tolerate more polishing than other gemstones or imitations because of their extraordinary hardness.” According to this, diamonds shine brighter than their imitations.
There are a number of different densities available for simulants (weight to volume ratio). Stones having a lower density than diamond (like GGG) may seem larger than diamonds of the same carat weight, while stones with a higher density than diamond (like GGG) look smaller.
Synthetic moissanite and synthetic rutile have greater radiance than diamond, despite the fact that diamond has more radiance than most simulants.
Because mined diamonds are more expensive, this is the most important difference. A simulated diamond’s quality is dictated by the stone it is set in, much like a genuine diamond. In addition to moissanite and cubic zirconia, also sells white sapphire and topaz as well as other popular diamond simulants. Check out this chart to see how each stone measures up to the real thing.