Why Buy High Quality Lab Grown Diamonds?

High quality lab grown diamonds are a great alternative to mined diamonds. They are chemically identical to natural diamonds and come in a variety of sizes, shapes and grades.

They are also more ethical than mined diamonds, since they do not use mining. Plus, many brands produce their lab diamonds using renewable energy, reducing their impact on the environment.

Color

There are a wide variety of color options available in high quality lab grown diamonds. This allows you to find a unique, beautiful piece of jewelry that matches your style and personality. Whether you’re looking for a unique diamond engagement ring or a timeless anniversary gift, there’s a perfect color to match your taste!

The color of a diamond is determined by its chemical composition. It can be entirely colorless (graded “D”) or have some tinting, which can range from yellowish to bluish. This is determined by the amount of nitrogen or boron that’s used during the growth process.

If a lab diamond has too much nitrogen, it will be yellow-colored; if the diamond is exposed to excess boron, it will be blue in hue. This can also be influenced by the metal used to set the diamond, which makes it more obvious or less apparent.

Some of these impurities can be removed by the high-pressure high-temperature (HPHT) and chemical vapor deposition (CVD) processes. This process can improve the color of lower-quality lab diamonds, making them appear more white and even pink, blue, or yellow in some cases.

When comparing lab diamonds, look for the IGI color grade that shows no noticeable tinting. That’s a good indicator that the diamond will appear colorless to a lay person.

Lab diamonds with a colorless grade will show no tint when seen under magnification or through the naked eye. This is one of the most important things to check for when buying a lab-grown diamond, especially if you’re purchasing it for a gift or an engagement ring.

If you’re unsure about the diamond’s color, have an expert review it for you. You can do this through a virtual consultation or at your local showroom.

Most of the time, a higher color grade means a lower price. That said, a lower color grade diamond can still be an excellent choice. It may not be as sparkly as a diamond with a higher color grade, but it will have a more pleasing appearance.

Clarity

High quality lab grown diamonds are optically identical to natural diamonds and are rated using the same certification standards as their mined counterparts. They are grown using the same processes of chemical vapor deposition (CVD) or high pressure high temperature (HPHT), and they contain the same carbon atoms as natural diamonds.

The quality of a lab-grown diamond is measured using the same clarity grading system used to grade natural diamonds, and these diamonds are also eligible for GIA and IGI diamond certification. However, it is important to note that unlike natural diamonds, lab-grown diamonds can have small metallic inclusions.

Those metallic inclusions are generally not visible to the naked eye, but can impact clarity by disrupting the free flow of light through the diamond. The GIA grading system assigns clarity grades based on the presence and number of inclusions, as well as their relief and placement.

While these inclusions are not the norm, they can affect the clarity of lab-grown diamonds and should be taken into consideration when purchasing a diamond. In addition to metallic inclusions, lab-grown diamonds can have other imperfections that may affect their clarity.

These imperfections can include blemishes, scratches and abrasions from the mining process or other manual cutting techniques. Since these scratches can depreciate the value of a diamond, they are an important consideration when purchasing a stone.

In addition, some lab-grown diamonds have black spots or inclusions made of graphite. These inclusions can affect the clarity of lab-grown diamonds as they affect the free flow of light through the stone, and they should be taken into consideration when purchasing a stone.

If you are buying a lab-grown diamond, it is important to choose a retailer that you can trust. Look for a brand that offers a large inventory of diamonds, and a commitment to sustainability.

Blue Nile is one of the top retailers for lab-grown diamonds. They offer an extensive selection of loose diamonds for you to shop online, and they also have a streamlined business model and low overhead costs, so you can get a great price without sacrificing quality. They also have a virtual service for custom-made rings that allows you to see a complete, 360-degree view of your ring before making a purchase.

Carat

High quality lab grown diamonds are created by a scientific process that uses half the energy required to mine natural diamonds underground. This makes them an environmentally friendly choice.

They are also a good value for the customer, because they are more than 40% cheaper than their mined counterparts. They are a great option for people who are concerned about the environmental impact of mining diamonds, and who want to make a difference in the world.

In addition to being a sustainable choice, lab grown diamonds are also very environmentally friendly, and are not harmful to animals or the environment. This is especially important to younger consumers, who are often concerned with environmental issues and the harm that mining has on the world around them.

Laboratory-grown diamonds are made using a variety of different processes, including Chemical Vapor Deposition (CVD) and High Pressure, High Temperature (HPHT). CVD grows gem-quality diamond crystals that are similar to mined diamonds in size and quality.

HPHT diamonds are similar to those produced in the CVD process, but they can grow much larger stones. These are typically sold as loose diamonds, or set into jewelry such as engagement rings.

Some laboratory-grown diamonds have a blue tint to them, which is caused by boron present in the growing chamber. The GIA does not list this on their grading reports, but the IGI will list it under additional comments on some color-graded diamonds.

Another way that lab-grown diamonds are distinguished from natural ones is by their phosphorescence, which gives them a different color when exposed to UV light. It’s a great feature that adds interest to a jewelry piece, and helps distinguish between natural diamonds and lab-grown diamonds.

The grading system for lab grown diamonds is the same as that used for investment-grade natural diamonds. The grading process examines all four aspects of the diamond: cut, clarity, color, and carat.

As the grading system for lab grown diamonds continues to evolve, more and more consumers are choosing this option over naturally mined diamonds. Millennials in particular are becoming more and more interested in the sustainability, ethical, and environmentally friendly options that synthetic diamonds offer.

Cut

The cut of high quality lab grown diamonds plays an important role in their overall appearance and sparkle. It is the diamond cutter’s responsibility to ensure that the stone is cut to ideal proportions, maximizing light reflection and brilliance.

When it comes to grading the cut of a diamond, there are several methods that are used. Some of these methods use instruments for precise measurements, while others rely on sight estimations to provide a more detailed assessment of a diamond’s cut.

In addition to the shape and carat weight, the cut of a diamond also impacts its clarity and color grade. Typically, lower clarity graded lab grown or natural diamonds will have inclusions that can be seen by the naked eye. These inclusions can cause the stone to have a dull, opaque appearance.

Generally, the higher a diamond’s clarity grade, the brighter it will appear and the more evenly the light will reflect within the diamond. This is known as “fire” or “brilliance.”

A perfectly cut diamond is rare and expensive, whether it is a natural or lab grown diamond. This is because the cutting process requires the diamond to be shaped into exact proportions, allowing it to reflect and scatter light.

If you’re not sure what to look for when it comes to a diamond’s cut, consider asking an expert jeweler for assistance. They will be able to give you an honest evaluation of a diamond’s cut and can help you decide if a lab grown or natural diamond is best for your budget.

There are also many retailers that have an extensive selection of lab grown diamonds. They are often more affordable than their natural counterparts, but they will not always match the resale value of a similar diamond.

Another benefit of lab grown diamonds is that they are made with renewable energy, which reduces their carbon footprint. This is a great option for environmentally conscious shoppers who don’t want to sacrifice style.

A beautiful piece from Swarovski’s Created Diamonds collection would make a great gift for a sustainable shopper. The historic jewelry retailer offsets the energy that is used to create their pieces, which means that the creation process is carbon neutral. They offer a stunning range of round diamonds in varying colors, from near-colorless to shades of blue and yellow.

Why Buy High Quality Lab Grown Diamonds?