Is Moissanite Better Than Cubic Zirconia

Is Moissanite Better Than Cubic Zirconia?

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Are you searching for an exquisite, cost-effective, and long-lasting alternative to diamonds? If so, you’ve likely encountered two popular options: moissanite and cubic zirconia. Both gemstones provide alluring alternatives, but how do they truly compare? In this comprehensive article, we will delve into the characteristics of moissanite and cubic zirconia, exploring their similarities and distinctions to empower you in making an informed decision.

Understanding Moissanite

What is Moissanite?

Discovered by Henri Moissan in 1893, moissanite is a naturally occurring silicon carbide mineral. However, the moissanite used in jewelry today is synthetically created in laboratories, ensuring consistent quality and craftsmanship. Renowned for its brilliance and fire, moissanite has become a popular choice for engagement rings and various other exquisite jewelry pieces.

Properties of Moissanite

Moissanite possesses exceptional optical properties that enchant the eye. With a high refractive index, it exhibits a dazzling sparkle akin to that of a diamond. Moreover, its remarkable hardness of 9.25 on the Mohs scale guarantees enduring beauty, standing up to the rigors of everyday wear and tear.

Origins of Moissanite

While moissanite was initially discovered in a meteorite crater, it is now exclusively produced in laboratories. This controlled manufacturing process enables the creation of flawless and high-quality moissanite gemstones, ensuring you receive nothing short of brilliance.

Exploring Cubic Zirconia

What is Cubic Zirconia?

Cubic zirconia, also known as CZ, is a stunning lab-grown gemstone crafted from zirconium dioxide. Praised for its affordability and visual resemblance to diamonds, it has gained popularity as a diamond simulant.

Properties of Cubic Zirconia

Cubic zirconia showcases impressive brilliance and clarity, mimicking the radiant allure of diamonds. Ranking at 8 to 8.5 on the Mohs scale, it boasts relative hardness, although slightly less robust compared to moissanite.

Origins of Cubic Zirconia

In contrast to moissanite, which has a natural counterpart, cubic zirconia is exclusively created in laboratories. The meticulously controlled production process guarantees consistent quality and availability of cubic zirconia gemstones.

Comparing Moissanite and Cubic Zirconia

Composition and Origins

Moissanite, primarily lab-grown today, originates from nature as a naturally occurring gemstone. Its composition comprises silicon carbide, showcasing a unique crystal structure that imparts extraordinary brilliance. In contrast, cubic zirconia is a synthetic gemstone created through the heating process of zirconium dioxide and yttrium oxide. Though it closely resembles a diamond, it does not possess the same physical properties.

Brilliance and Fire

The interplay of brilliance and fire holds a pivotal role in the captivating beauty of gemstones. Moissanite, celebrated for its extraordinary brilliance, rivals that of diamonds thanks to its high refractive index. Its strong dispersion properties add a touch of allure, creating beautiful prismatic flashes.

Cubic zirconia, while capable of delivering an enchanting sparkle, cannot quite match the brilliance of moissanite. With a lower refractive index and dispersion value, it produces flashes of lesser intensity, resulting in a charming yet comparatively subdued radiance.

Durability and Hardness

Durability is a crucial factor when selecting gemstones for everyday wear. Both moissanite and cubic zirconia exhibit commendable toughness. Moissanite, scoring 9.25 on the Mohs scale, rests just below diamonds, boasting remarkable resistance against scratches and chips.

Cubic zirconia, with a hardness rating of 8 to 8.5 on the Mohs scale, is also quite durable. However, it is slightly more prone to scratching than moissanite. Over time, cubic zirconia may show signs of wear more readily than its moissanite counterpart.

Color Options

Moissanite and cubic zirconia offer a captivating array of colors to cater to diverse preferences. Moissanite occurs naturally in a variety of hues, ranging from near-colorless to yellow and green. Nevertheless, the colorless variety of moissanite reigns supreme as the most popular choice, closely resembling the allure of a diamond.

Cubic zirconia primarily appears colorless and often serves as a substitute for diamonds. It provides a brilliant white sparkle, emulating the splendor of high-quality diamonds. While colorless cubic zirconia remains the most sought-after option, it also offers an array of vibrant colors for those seeking a distinctive and personalized look.

Price Comparison

In the complex process of decision-making, price undeniably holds a crucial position. Moissanite tends to be slightly more expensive than cubic zirconia, owing to its superior optical properties and closer resemblance to diamonds. Nonetheless, it remains significantly more affordable than natural diamonds, making it an appealing choice for those seeking both quality and value.

Cubic zirconia, on the other hand, stands as the more budget-friendly option. Its lower cost opens doors to a wider range of consumers, particularly those in pursuit of an affordable diamond alternative.

Environmental Impact

In today’s world, considering the environmental impact of gemstones is paramount. Moissanite, being lab-grown, boasts a relatively low environmental footprint compared to natural diamonds. Its production requires less energy and circumvents the need for mining, resulting in reduced carbon emissions.

Cubic zirconia also carries a low environmental impact as a lab-created gemstone. However, it is worth noting that the production of zirconium dioxide, cubic zirconia’s main component, does entail certain environmental considerations.

Ethical Considerations

Ethical sourcing of gemstones holds immense significance for many consumers. Moissanite, as a lab-grown gemstone, ensures a conflict-free and ethically sound choice. By opting for moissanite, you can rest assured that you are not contributing to the negative social and environmental impacts associated with diamond mining.

Cubic zirconia is also regarded as an ethical choice since it is produced in controlled laboratory settings and does not involve mining. By choosing cubic zirconia, you eliminate concerns about supporting unethical practices within the jewelry industry.

Maintenance and Care

Both moissanite and cubic zirconia require relatively straightforward care, making them ideal for everyday jewelry. Regular cleaning with mild soap and warm water typically suffices to maintain their enchanting sparkle. It is essential to avoid harsh chemicals and abrasive cleaning methods that could potentially damage the surface of these gemstones.

Is Moissanite Better Than Cubic Zirconia?

Determining whether moissanite reigns supreme over cubic zirconia is a subjective matter, influenced by various factors such as personal preferences, budget constraints, and desired aesthetic outcomes.

Moissanite undeniably offers superior brilliance, fire, and durability, closely resembling the allure of diamonds. On the other hand, cubic zirconia presents an attractive sparkle at a more affordable price point. Ultimately, the decision rests in the hands of the individual buyer, guided by their unique priorities and preferences.
Make an Enlightened Decision

Whether you gravitate towards moissanite’s radiant brilliance or cubic zirconia’s affordability, rest assured that both choices offer exquisite alternatives to traditional diamonds.

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Ring Size Guide

ring size guide
ring size guide

This is a chart that will be extremely helpful for you to determine the ring size that you need. You can either make use of a tape or a small piece of string to measure the area that will be occupied by the ring. When it becomes a complete circle, make a mark on such string. This will be helpful for you to compare with the chart that is mentioned below.

Inside Dia. Inside Circ. Size
14.1 44.2 3 F 44 4.25
14.5 45.5 3.5 G 45.5 5.5
14.9 46.8 4 H 47 6.75
15.3 48 4.5 I 48 8
15.7 49.3 5 J-1/2 50 9.25
16.1 50.6 5.5 K-1/2 51 10.5
16.5 51.9 6 L-1/2 52 11.75
16.9 53.1 6.5 M-1/2 53 13.25
17.3 54.4 7 N-1/2 54 14.5
17.7 55.7 7.5 O-1/2 56 15.75
18.1 57 8 P-1/2 57 17
18.5 58.3 8.5 Q-1/2 58 18.25
19 59.5 9 R-1/2 60 19.5
19.4 60.8 9.5 S-1/2 61 20.75
19.8 62.1 10 T-1/2 62 22
20.2 63.4 10.5 U-1/2 63 23.25
20.6 64.6 11 V-1/2 64 24.75
21 65.9 11.5 W-1/2 66 26
21.4 67.2 12 X-1/2 67 27.25
21.8 68.5 12.5 Z 68 28.5
22.2 69.7 13 Z+1 70 29.75
22.6 71 13.5 Z+1.5 71 31
23 72.3 14 Z+2 72 32.25
23.4 73.5 14.5 Z+2.5 73.5 33.5
23.8 74.8 15 Z+3 75 34.75

Other Tips

1) Measure your finger in warm temperatures at the end of the day.

2) If your knuckle is a lot larger than the base of your finger, measure both the base of your finger and your knuckle and select a size between the two.

3) When considering a wide band, move up a size from your measurement, for comfort’s sake.