Do Lab Diamond And Natural Diamonds Look Different ?

You may have come across information on lab manufactured diamonds versus naturally formed diamonds while researching diamonds. Others may call to lab-created diamonds as "fake diamonds," "imitation diamonds," or "simulants," however this is inaccurate. 

Lab-created diamonds have the same or similar chemical and physical qualities as natural diamonds formed by Mother Nature's geological processes. Yet, due to the differences in formation conditions between natural and lab grown diamonds, lab grown diamonds exhibit various characteristics that allow them to be gemologically identified from natural diamonds. Cubic zirconia and moissanite, which resemble diamonds, have significantly distinct chemical and physical properties and are referred to as simulant diamonds.

Diamonds made in laboratories are grown under carefully controlled settings that seek to replicate the Earth's natural growing environment: high pressure and high temperature. These synthetic diamonds have the same chemical composition, crystal structure, visual and physical qualities as natural diamonds. 

Diamonds that have been "grown" in a controlled laboratory environment are known as lab grown diamonds. They are built of the same chemical components as natural diamonds (carbon atoms organised in a precise pattern), but rather than being generated deep inside the earth's crust, lab made diamonds are created in a laboratory. Because lab-grown diamonds are chemically identical to genuine earth-made diamonds, their look, quality, and durability are practically indistinguishable.

They aren't strictly "synthetic diamonds" because their chemical makeup is the same as that of naturally occurring diamonds, and they can display the same fire, scintillation, and sparkle as biological diamonds, but they do have distinct, detectable internal properties. Depending on the method of manufacturing, lab-grown diamonds are classified as either high-pressure, high-temperature (HPHT) or chemical vapour deposition (CVD) diamonds.

Lab-grown diamonds are available in white, yellow, blue, pink, and green, with colour grading ranging from D to K. Certain varieties of lab-created diamonds, however, are color-treated. "Many, but not all, CVD-grown diamonds come out a type of brown colour and are then de-colorized through a treatment procedure to make them colourless or near colourless," says Michelle Graff, Editor-in-Chief of National Jeweler.

Organic diamonds are available in every colour imaginable, with an endless variety of colours, tone, and saturation levels. Color is caused by impurities (such as nitrogen molecules) becoming trapped inside the diamond lattice as it grows. The presence of various trace compounds in pure carbon results in a variety of hues and saturation levels.

Whenever a diamond is discovered to be laboratory-grown, the GIA publishes a Synthetic Diamond Grading Report, which differs significantly from the regular grading report. To distinguish themselves from organic diamonds, lab-grown diamonds exhibit optical traits such as colour zoning, metallic inclusions, weak strain patterns, and UV fluorescence colours. The Synthetic Diamond Grading Report includes the same information as the GIA Colored Diamond Grading Report for genuine diamonds, as well as a more generic assessment of colour and clarity.

After a lab-grown diamond is graded, the girdle is laser-inscribed with the report number and the statement that the stone was generated in a laboratory. We finally want buyers to be able to compare the diamond or diamonds and observe how they genuinely behave with light and light return. Even when strict grading criteria are followed, not all diamonds perform the same. Customers can pick what is important to them once they can view the diamond.

Natural and lab-grown diamonds are both made of pure carbon that has been turned into gleaming crystalline stones. While lab generated diamonds have the same visual qualities as genuine diamonds due to their chemical base, they are not as rare as natural diamonds. Natural diamonds, formed over millennia by the pressure of being crushed deep under the earth's crust, acquire their brilliant forms. As a result, all natural diamonds that will ever exist have already been made, making them eternally rare. Laboratory created diamonds, on the other hand, have an infinite supply.

Finally, natural diamonds are frequently regarded as family heirlooms and passed down from generation to generation. A diamond, once cut, can be recycled and upcycled indefinitely. Several of our vintage pieces have flawless diamonds. Furthermore, because lab-grown diamonds are less expensive and have a more uniform appearance, they are more likely to be discarded or left behind, only to end up in a landfill for eternity.

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Are Lab Created Diamonds Good ?

In recent years, lab-grown diamonds have gained favour as an alternative to mined diamonds. The question of whether they are worthwhile is more intricate than a simple yes or no. In this blog post, we will look at the benefits and drawbacks of lab-grown diamonds to help you determine if they are right for you.

One of the primary benefits of lab-grown diamonds is that they are substantially less expensive than mined diamonds. This is due to the fact that they are produced in a controlled environment, allowing for more efficient and cost-effective manufacture. This means that a larger or higher grade mined diamond can be purchased for the same price as a smaller or lower quality mined diamond. Furthermore, because lab-grown diamonds are generated in a controlled setting, they are more ethical and environmentally friendly than mined diamonds.

In terms of physical and chemical attributes, lab-grown diamonds are almost comparable to mined diamonds. They have the same brilliance, fire, and scintillation as mined diamonds and are graded according to the same criteria. This means that lab-grown diamonds have the same beauty and value as mined diamonds.

Another advantage of lab-grown diamonds is that they come in more colours and sizes than mined diamonds. This is due to the fact that they may be produced in a laboratory setting, allowing for more precise control over the conditions in which they are grown. This means that lab-grown diamonds are available in a variety of colours, including pink, blue, and yellow, as well as sizes that are not standard.

The major advantage of providing lab-grown diamond jewellery to your consumers can be summed up in one word: choice. Your best strategy is to provide both natural and lab-grown diamonds, explain the differences, and let the customer decide. With the introduction of lab-grown diamonds into the market, many jewellers selected a "either/or" attitude when they should have positioned the product as "and."

Although there is some doubt about whether natural diamonds and lab grown diamonds are the same, we can assure you that lab diamonds are genuine diamond stones. The two are identical in every way, including their chemical and optical qualities. Even professional geologists can't detect the difference between the two with their eyes alone, which may surprise you. You may wonder why this is so. Because lab-created diamonds are as genuine as it gets.

Lab grown diamonds, also known as cultured diamonds, have been around for a while but have only recently gained popularity. We've been in the man-made diamond industry since 2005, long before it was fashionable. We've been able to develop our processes and build partnerships with the greatest vendors and jewellers in the industry throughout that time. We can now offer higher-quality lab diamond jewellery at lower pricing than our competitors.

Moissanite is not the same as a laboratory-created diamond. Moissanite has increased in popularity in recent years, yet it differs greatly from diamonds in many respects. Moissanite is formed from meteors, as opposed to mined diamonds, which are formed from the earth. Moissanite is not a diamond and does not pretend to be one. Moissanite is doubly refractive, unlike diamonds, which are either lab or earth grown. This produces a disco ball of light, allowing you to see all of the hues of the rainbow. Hence, while some people enjoy the fire brightness of moissanite, it does not appear to be a genuine diamond.

Both lab-grown and natural diamonds are carbon atoms that have been crushed in an unusual way. As a natural diamond is generated inside the earth, around 93 to 124 miles from the surface, it is sometimes influenced by the surrounding substances such as boron, nitrogen, and so on. These microscopic imperfections give a diamond its distinct pink or blue colour, making it even more unusual.

However, it is crucial to note that natural coloured diamonds (also known as fancy coloured diamonds) are the consequence of natural forces working on diamond creation, infusing carbon atoms with other elements such as boron, which is responsible for the diamond's blue colour. It is simply a question of luck which component interacts with carbon during the diamond's formation stages. Lab produced diamonds, on the other hand, can be manufactured in any colour (or colourless) by controlling the amounts of other elements.

Lab diamonds, on the other hand, are marketed as 'eco-friendly,' despite conflicting statistics on the amount of energy consumed per carat. Diamond Foundry, for example, claims that their carbon footprint is significantly lower than that of the diamond mining industry.

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Do Natural Diamonds Sparkle More Than Lab ?

Lab-created coloured diamond in exotic colours such as yellow, pink, blue, and orange if you enjoy colourful gemstones. Organic diamonds come in a variety of colours due to trace compounds that become trapped in the diamond as it grows. The rarity of the extra mineral or chemical involved in natural diamond creation corresponds to the rarity of "fancier" diamond colours other than traditional white, such as pink, yellow, or blue.

Lab-grown diamonds can also be generated in a variety of colours, including white, pink, blue, yellow, and green. However, depending on the technique, grown diamonds may turn brownish and will need to be de-colorized. They can then be coloured if desired.

Lab diamonds are typically 30% less expensive than natural diamonds of equivalent size and grade. But these diamonds are every bit as luxurious as their natural counterparts, as their dazzling brilliance and durability are the same. It is critical to understand the distinction between lab-created diamonds and diamond simulants such as cubic zirconia and moissanite. These imitations are not made of carbon crystals and do not have the same radiance as diamonds. As a result, simulants are substantially cheaper than lab-created diamonds.

Essentially, this is the only distinction. Lab diamonds have the same appearance and feel as real diamonds. Experts in the industry and renowned scientific periodicals, such as Science Focus, agree. They come in a variety of forms and sizes, and it would be nearly impossible to tell the difference between a lab diamond and a genuine diamond. They even have chemical structures that are nearly identical.

Natural diamonds are formed by nature over billions of years as a result of extreme heat and pressure. Lab-grown diamonds are generated in a laboratory and are frequently made in a matter of weeks. There is a little chemical difference between the two, since natural diamonds frequently contain a trace of nitrogen while synthetic diamonds do not. The sole intrinsic distinction is that man-made diamonds are classified as "genuine" diamonds by the US Federal Trade Commission, according to the gem's carbon-based chemical makeup.

The resale value difference between real and synthetic diamonds is considerably bigger than the price difference. While natural diamonds often retain roughly 50% of their initial value, lab-created diamonds are nearly hard to resale for less than pennies on the dollar. When you buy something, you lose a significant portion of its value.

We must also evaluate how the price of natural diamonds versus synthetic diamonds fluctuates over time. With the price of lab-created diamonds falling and natural diamonds traditionally growing, your synthetic diamond will almost likely be worth less than a natural diamond of same grade, even before factoring the difference in resale value.

These are not imitation diamonds; rather, they are manufactured under the same conditions as actual diamonds. In fact, distinguishing between lab-grown diamonds and genuine diamonds is challenging. You'd have to be a skilled professional, and even then you wouldn't be able to detect the difference with your eyes.

The process of creating lab-grown diamonds begins in the laboratory. It does not take billions of years, but only a few weeks. Scientists can now generate diamonds with the same chemical and physical qualities as mined diamonds from the soil under the same conditions that allow natural diamonds to develop, thanks to cutting-edge technology.

High-pressure, high-temperature (HPHT) diamonds are given the necessary environment in which to grow. HPHT creates high pressure and temperature around a tiny diamond called a seed, which is then inserted in carbon; the high heat encourages the carbon to grow, and the melting diamond begins to generate diamonds at this point.

Diamonds created in laboratories have the same radiance and carat weight as real diamonds. Lab diamonds shine in the same manner as genuine diamonds do. They have the same appearance, the same chemical attributes, and are created by gemologists under the same conditions as natural diamonds.

Mined diamonds are pricey because they are scarce and in high demand. Yet, because lab-grown diamonds are more readily available in the market than mined diamonds, they can be obtained for 20-40% less than the cost of traditionally mined diamonds of the same carat weight and diamond quality.

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