Here are 7 reasons why Lab-Grown Diamonds are the next big thing in fine jewelry


With lab-grown diamonds becoming more popular in stores, they have become a realistic alternative for those looking for something just as beautiful but without the price tag. The reasons for this are relatively simple–from being incredibly cheap to being extremely durable, these stones bring several advantages that beat out mined diamonds every time.

Here’s why people worldwide are starting to catch on and why diamond companies are scrambling to keep up:


1. They’re More Affordable
With the cost of living increasing daily, it’s no wonder many are looking to save money on costly expenses. If you’re struggling to find an affordable engagement ring or just want a new piece for your collection, then lab-grown diamonds may be the way to go.

Lab-grown diamonds are priced lower than similarly sized and colored diamonds, making them perfect for consumers who want high-quality at an affordable price point.

2. They Have The Same Chemical Composition As Mined Diamonds
While lab-grown diamonds have similar chemical composition to natural diamonds, they shouldn’t be confused with synthetic diamonds, which mimic real ones in their appearance but lack their chemical composition.

Mined diamonds are created over time as pressure is introduced deep within the earth’s surface. In contrast, lab-grown diamonds have been produced in a laboratory through which carbon atoms are condensed together until they form a diamond shape. This means that lab-grown diamonds not only look the same as natural diamonds, but it also shares their physical properties.

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Some jewelers use machines with thermal conductivity to determine if a stone is natural or not – these devices have found that lab-grown stones can read just as high!

3. Their Clarity Is Not Affected By The Process
Lab diamonds can be created using one of three different processes, and two of which create stones as clear as those that come from mines.

.The first one is the high-pressure, high-temperature (HPHT) process, which involves putting a lab-grown diamond under intense pressure and heat for up to 10 days.

.The next one is the chemical vapor deposition (CVD), which turns it into a plasma by heating carbon-containing gases inside a vacuum chamber. They are then fed over a substrate containing diamonds so they can adhere to their surface.

.Lastly, perhaps the most popular method is the single crystal zirconia method, where a cylinder is filled with molten zirconia at temperatures above 2,000 degrees Celsius. This is heated and cooled over several weeks, it forms synthetic diamond crystals around the inner walls, and these are then removed and cut into gemstones.

All three of these processes have been tested by the International Gemological Institute, which is the leading authority on grading quality in lab-grown diamonds. Lab-grown diamonds are thoroughly tested that the institute can now reproduce these same results time after time. This means there’s no doubt that their clarity is comparable to natural stones or even possibly better.

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4. They’re Not Just For Engagement Rings
Although lab-grown diamonds aren’t as famous as natural diamonds yet, you may be surprised to learn that many different pieces of fine jewelry utilize them. For instance, if you’re looking for wedding rings or other accessories to show the world your lifelong commitment, an ethically sourced lab-grown stone could make an excellent choice. As mentioned, they come with all the packs of conventional diamond rings but are much cheaper.

5. They’re Ethically Sourced
If you want to add a diamond ring to your wardrobe but don’t want to add blood onto your hands in the process, lab-grown stones may be for you. Although many mined diamonds have been sourced responsibly over the years, some locations still use child labor or even kill people who work alongside them.

Luckily, with the popularity of man-made diamonds rising over recent years, more and more ethical standards have been put into place that monitors diamond production and provides workers with a safe working environment.

6. The Method Of Production Is Not As Fragile As Many Might Think
Most people assume that a considerable amount of heat must be applied to a diamond before it becomes malleable enough to take a new form. This has always been true of mined jewels, with them needing temperatures above 1,000 degrees Celsius before they can be altered.

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Lab-grown diamonds, however, take and hold their form at much lower temperatures than this – as little as 470 degrees Celsius for the HPHT method and just 150 degrees Celsius for CVD. This means they’re not only easier to work with but also more likely to survive an accidental drop or collision throughout their lifetime.

7. They Help Preserve The Environment
Although most mined diamonds don’t pose much of a threat to the earth, some stones do – and that’s not including the ones who ignite global conflict. For instance, certain places in Africa digging for diamonds cause serious environmental problems, such as pollution from mining waste and noise from drilling equipment, disrupting wildlife activity. Although you wouldn’t know it by their appearance, lab-grown diamonds help scientists learn more about natural diamonds from underground, which is essential for future research into the world around us!

Conclusion
As you can see, there are many reasons why lab-grown diamonds are quickly becoming a popular choice in the fine jewelry industry. Not only do they look just as good as mined stones, but they’re also much safer and more affordable.

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