Research & Analysis

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What Are Eco-Friendly Diamonds?

Every day, we make decisions that might help or harm our environment. And there's been a big drive recently to do a lot more to ease the pain. Every day, technology gives us the tools we need to live a greener lifestyle. And, while it is impossible to manufacture items that cause zero damage, efforts are being made to identify alternatives to some of our society's most harmful activities. Lab-grown diamonds are a more environmentally responsible alternative to mined diamonds.

There are many reasons why we consider lab grown diamond as eco-friendly. The main reason is that lab diamonds don't have to through the mining process, they are created in the laboratory in an safe environment. And mining causes very much damage to the mother earth. For producing a single carat of natural diamond almost 200 to 250 tonns of land is mined.

Lab-grown diamonds have the same chemical and physical qualities as naturally mined diamonds, and even industry specialists can't tell the difference visually. There are other advantages also with lab grown diamond that less water is required in their production process. They are sustainable and less electricity is required to produce them as compared to mined diamonds.

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Blue Nuance And Diamond Fluorescence- The Difference

You guys must have heard the terms blue nuance and diamond fluorescence. But do you know the meaning of both these terms. Both the fluorescence and nuance in diamond can be considered as flaw or uniqueness in diamonds.

Fluorescence V/S Blue Nuance

Blue Nuance

Diamond Nuance is not naturally occurring, but when a Diamond fails to cover the pressure, it leaves the sign known as "Nuance." In geological terms, we may state that nuance has no effect on the look of a diamond. A Diamond Nuance, for example, has no effect on the glitter that a Diamond emits on the eyes. So don't be concerned.

Blue nuance is a blue hue tint seen in HPHT diamonds caused by excess boron in the diamond after the growing process. Boron is frequently used to eliminate nitrogen during HPHT development. Removing boron once it has been introduced is difficult and costly. As a result, excess boron might be an indication of a grower trying to grow rapidly but not effectively.

Diamond Fluorescence

Diamond fluorescence is created by tiny quantities of an element that reacts to UV light being trapped inside the crystal structure of a diamond. Fluorescence in diamonds is affected by three elements: aluminium, nitrogen, and boron. If any of these elements are present and absorbed throughout the millions of years it takes for a natural diamond to grow in the ground, the diamond will glow.

Diamond fluorescence refers to the bluish glow that certain diamonds display when exposed to ultraviolet (UV) radiation. In other words, it is the visible light emitted by a diamond when exposed to UV rays, which are a key component of daylight. The visible hue in more than 95 percent of fluorescing diamonds is blue.

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What are Fancy-Shape diamonds?

The round brilliant cut diamond is the most well-known type of diamond. However, all shapes other than round brilliant cuts are classified as fancy-shaped diamonds.

Every fancy-shaped diamond has its scintillation and fire. Because of their elongated shape, they are larger in size and have more sparkle.

Fancy cut diamonds come in a variety of shapes. You can find a diamond shape that matches your style and personality. A fancy-cut diamond has many other advantages, such as its low price, large stone, and unique diamond shapes like Duck, Cross, Butterfly, etc.