Tips For Choosing Real Diamonds With The Best Sparkle

Tips For Choosing Real Diamonds With The Best Sparkle – Diamonds are a part of life and culture all over the world. Diamonds are not only considered one of the strongest stones, but are also used almost all over the world to symbolize important moments. For example, as an engagement ring or wedding ring as a symbol of eternal love.

Tips For Choosing Real Diamonds With The Best Sparkle

swarovskijewelry – It is not surprising that demand for diamonds remains high even though they are expensive. Therefore, potential buyers need to know how the brilliance of real diamonds compares with “fake” diamonds.

The high demand for diamonds is exploited by irresponsible parties to make a profit by selling diamond-like stones.

The brilliance of real and fake diamonds
The basic difference between real and fake diamonds lies in the brilliance they produce. Real diamonds reflect white or gray light. Real diamonds also have a colorful sparkle that is different from other stones. This sparkle can only be seen by professional gemologists.

So, if you have a diamond that reflects rainbow light, have it checked by an expert. You can also visit Fifth Bloom, which has a complete tool to check whether your diamond is real or fake. Click here to contact customer service.

Apart from that, here are the differences between real diamonds and diamond-like stones:

1. Moissanite
There are several stones that are similar to diamonds, one of which is moissanite. Moissanite is made from a natural mineral called silicon carbide. This mineral is very rare and does not occur in sufficient quantities in nature. Therefore, moissanite used in jewelry is usually created in a laboratory.

This description reveals the differences between moissanite and natural diamonds. Yes, as we know, natural diamonds are formed over a period of 1 billion to 3.5 billion years and are buried at a depth of 150 to 800 km in the earth.

 

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There are significant differences between moissanite and diamonds, not only in their origin, but also in their brilliance. Jewelry and gemstone expert Don O’Connell revealed that moissanite has a different brilliance to natural diamonds.

“Moissanite is birefringent and is cut differently than diamond to enhance its brilliance,” says Don O’Connell.

Moissanite’s colorful light reflections can be seen by rotating the stone under the light. Additionally, moissanite does not reflect white or gray light like diamond.

Also read: How to distinguish between real diamonds and fake diamonds?

Diamonds come in a variety of colors, from white, yellow, green, to the rarest colors, namely pink and red. Moissanite usually has a dark or greenish color.

There are other differences in the hardness of the stones. Moissanite has a strength of around 9.25 to 9.5 Mohs. Currently the strength of diamond is 10 Mohs. Although the stones have different hardness indices, some diamond testers in gold shops cannot differentiate between moissanite and diamond. This is often exploited by irresponsible parties by selling moissanite as diamonds. Please note that the price of moissanite is only about 10% of the price of diamonds. Therefore, be careful when buying uncertified diamonds at gold and jewelry stores that do not specialize in selling diamonds, such as those listed below. B. Fifth flower.

2. Cubic Zirconia
Cubic zircon is the most popular diamond alternative which is made from synthetic materials so it is not as hard as natural diamonds. Cubic zirconia has a strength of only 8.5 Mohs.

Therefore, cubic zirconia is susceptible to cracking and breaking when exposed to high heat. Unlike diamonds which do not react when heated, the composition of real diamonds is not affected by changes in temperature.

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Additionally, zirconium can be easily distinguished from diamond by looking at the way it refracts light. Cubic zirconia is also called synthetic diamond, but it does not have the beautiful shine like real diamonds.

 

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3. Swarovski
Fifth Flower
Difference between Swarovski and diamonds. Photo Source: Fourth Bloom

Until now, many people think that Swarovski crystals are natural stones. That is not true. In fact, Swarovski crystals are not crystals at all.

Swarovski crystals are glass made at high temperature and pressure. The chemicals used in its manufacture are silicon oxide and lead.

Swarovski crystals were first made by Daniel Swarovski in 1891. At that time, Daniel wanted to make a diamond-like material without mining it.

Also Read: Getting to Know the Types of Diamonds | Diamond Colors

So far the exact relationship with the manufacture of Swarovski crystals is not known. It remains a secret. The Swarovski crystal finish polishing gives it a diamond-like appearance. This object is usually in the form of a dipole with an aurora or AB layer to create a rainbow effect.

Swarovski strength is approximately 6-7 Mohs. Because this material is easily scratched and damaged. However, Swarovski is harder than ordinary glass.

4. Synthetic Lab Diamonds
Fifth Flower
The difference between natural diamonds and laboratory created diamonds. Photo Source: Fifth Bloom

The process of making natural diamonds takes billions of years. Today, production of lab-grown diamonds takes just a few weeks. But both look similar. Additionally, natural diamonds and lab-grown diamonds cannot be differentiated with the naked eye because they both have the same essence.

Lab-created diamonds reflect the same light under light as natural diamonds. Apart from that, the chemical content and form are also the same. Therefore, even diamond experts find it difficult to tell the difference. There are special tools to differentiate between the two.

The Gemological Institute of America (GIA) differentiates between natural and laboratory-created diamonds based on methods described in the physical certificate, particularly in terms of color and clarity. Natural diamonds, unlike lab-grown diamonds, use the DZ scale to evaluate their color quality. The GIA defines a colorless, nearly colorless, faint, very light, and light scale for synthetic diamonds.

A complete description of the purity of the laboratory diamonds used. For example: “very little surrounded”, “slightly surrounded”, etc. Avoid using abbreviations used for natural diamonds such as VVS1, VVS2, SI1, SI2, etc.