Lab Grown Diamonds are chemically, physically, and optically identical to natural diamonds. Significantly less expensive and more sustainable.
SHOP LAB GROWN DIAMONDS
Lab Grown Diamonds are optically identical to Natural Diamonds. This means that Lab Diamonds are graded using the same 4C's as a mined Diamond and provide the same visual appearance full of brilliance and luster..
Lab Grown Diamonds are real diamonds that are created in a laboratory setting using advanced technological processes making them a more sustainable option. When selecting a Lab Created Diamond you're keeping the earth in mind by not having to disrupt ecosystems with natural diamond mining.
Lab Grown Diamonds are chemically and physically identical to natural diamonds. This means they have the same strength and durability that a naturally mined diamond has. Ranking 10 on the Mohs scale of hardness Lab Diamonds create superior center stones strong enough to withstand everyday wear.
Slate & Tell's Lab Grown Diamonds are an excellent value compared to Natural Diamonds of the same carat size and quality.
Discover the differences between Lab Diamonds & Natural Diamonds including durability, brilliance, and value.
BROWSE THE COLLECTION| LAB GROWN DIAMONDS | NATURAL DIAMONDS | |
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Durability
Lab-grown diamonds have the same physical and
chemical properties as natural diamonds, including
hardness and durability. On the Mohs scale ofmineral
hardness, lab diamonds are rated as a 10, the highest
possible rating. This means that diamonds are
extremely hard and are resistant to scratching and
abrasions. However, lab-grown diamonds may not be
as durable as natural diamonds because they may have
a lower density, and may be more prone to chipping or breaking under certain conditions.. |
Durability
Natural diamonds are extremely hard and durable
due to their unique crystal structure. On the Mohs
scale of mineral hardness, diamonds are rated as
a 10, the highest possible rating. This means that
diamonds are resistant to scratching and abrasions
from other minerals and materials. They are also
very durable and can withstand high temperatures
and pressures. They can only be scratched by
another diamond. |
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Brilliance
Lab-grown diamonds have the same opticalvproperties
as natural diamonds, which means they have the same
level of brilliance. Brilliance refers to the amount of
white light reflected by a diamond and is determined
by the diamond's cut, shape, and faceting. Lab
Diamonds often have a higher degree of symmetry and
a more precise cut than many natural diamonds, which
can result in a higher level of brilliance and contain
fewer internal inclusions. |
Brilliance
Natural diamonds are cut and polished in a way
that maximizes their brilliance and sparkle. The
unique properties of natural diamonds allow
them to reflect light in a way that creates a bright
, white sparkle. The way a natural diamond is cut
can also affect its brilliance, a well-cut diamond
will reflect more light and will have a higher
brilliance than a poorly cut diamond. However,
it is important to note that the internal
characteristics of a natural diamond, such as
inclusions or impurities, can affect the
diamond's brilliance and overall appearance. |
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Color
Lab-grown diamonds can come in a variety of colors,
depending on the specific growth process used to create
them. Our lab-grown diamonds are hand-selected with
a Color of H-I and Clarity of SI1-SI2 and are cut with
precision to display brilliance from all sides.
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Color
Colorless Natural Diamonds are the most common
and highly valued, as they are considered the
purest and rare. These diamonds are graded on
a D-to-Z scale by the Gemological Institute of
America (GIA), with D being the highest grade,
indicating a completely colorless diamond.
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Price
Lab Grown Diamonds are generally less expensive than
natural diamonds, due to the lower cost of producing
them. Lab Diamonds are usually cheaper than Natural
Diamonds of similar size and quality. The cost can vary,
but on average, lab-grown diamonds are around 30-40%
less expensive than natural diamonds.
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Price
Colorless Natural Diamonds are the most common
and highly valued, as they are considered the
purest and rare. The cost of colorless Natural
Diamonds can vary widely depending on the
diamond's specific characteristics, such as its
carat weight, cut, clarity, and color grade. As a
general rule, the larger the diamond, the more
expensive it will be.
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Sourcing
Lab-grown diamonds are created in a controlled
laboratory environment, using one of two methods:
High Pressure High Temperature (HPHT), or Chemical
Vapor Deposition (CVD).
HPHT lab-grown diamonds are created by mimicking
the high pressure and high temperature conditions
found in the Earth's mantle, where natural
diamonds form. CVD lab-grown diamonds are created using a chemical vapor deposition process, where a diamond seed is placed in a chamber and a mixture of gasses is introduced. These gasses are then broken down by a high-energy plasma, and the carbon atoms in the gas deposit onto the seed, forming a diamond crystal. |
Sourcing
Natural diamonds are formed deep within the
Earth's crust, typically at depths of more than 150
kilometers, and brought to the surface by volcanic
eruptions. Most natural diamonds are mined from
kimberlite and lamproite pipes, which are formed
by volcanic eruptions that brought diamonds to
the surface. Diamonds are typically mined in open pits or underground mines, using large excavating equipment and diamond recovery technology. The mining process can be quite complex and can take several years to complete. |
Produced in a controlled environment, lab-grown diamonds share identical chemical properties with natural diamonds. Because they share the same crystal structure, they have indistinguishable properties from a natural diamond. Lab-grown diamonds also have the same scratch resistance as a natural diamond as they both score 10 on the Mohs hardness scale.
Lab-grown diamonds cost less per carat than natural diamonds. The rarity of a natural diamond contributes to its higher price.
You may hear these diamonds referred to as lab-made, lab-grown, lab-created, synthetic, and cultured which can all describe diamonds made in a laboratory.
Since lab-grown diamonds are chemically and physically identical to natural diamonds, they are not regarded as fake. Throughout history, fake diamonds have been made of glass and carry no value. Plastic, glass, or white gemstones do not possess the properties of a diamond that create its infamous sparkle and scratch resistance.
The lab-diamond crystal is grown in a highly controlled environment. One method, called HPHT, begins with carbon placed under a high pressure, high temperature environment resulting in a diamond crystal. Another common method is called Chemical Vapor Deposition, CVD. This method begins with a seed crystal and develops the diamond using gas and heat to grow the crystal. Once a lab-grown diamond is complete, it still must be cut and polished.
