Natural V/S Synthetic Diamonds
There are many diamond alternatives that have come to market in recent years, and in some cases people could refer to these as “fake,” “synthetic,” or “simulated.” According to the Gemological Institute of America or GIA, lab made diamonds are also sometimes referred to as “man-made or synthetic diamonds.”
Whereas simulated diamonds are stones that only look like diamonds, like cubic zirconia, white sapphire, moissanite, zircon, rutile, spinel, and synthetic garnet.
A natural diamond is made from carbon and is the hardest natural known substance on earth. Natural diamonds are created over a period of one to three billion years, at least 85 miles below the earth’s mantle under natural conditions of very high pressure and high temperature. Once a diamond has been created in these underground conditions, it travels via molten rock to the earth’s surface, where it is mined, refined, and turned into beautiful jewelry or used for industrial purposes. Learn more about how diamonds are formed.
There are a number of benefits to buying a natural diamond for an engagement ring, mainly being:
1. A natural diamond’s value will usually increase over time with inflation. The larger a diamond the more rare it is, and this usually results in a good investment. The same applies for finding a diamond with perfect clarity and color.
2. Natural diamonds have been purchased and traded for many more years than lab diamonds, making their pricing more stable over time.
3. Moreover, natural diamonds that may appreciate more quickly in value include fancy colors such as canary yellow diamonds which are considered investment grade. If looking to make a great investment in a diamond the rarest natural diamonds are red. Pink and blue are also considered higher value in terms of appreciation.
4. Lastly, natural diamonds rank 10 on the Mohs Hardness scale. Whereas lab diamonds rank 9.25 out of 10. Natural diamonds are slightly more durable for every-day wear than their lab-grown counterparts.
What are synthetic diamonds? They are man-made diamonds, made using advanced technological processes in controlled lab environments. There are benefits to buying a lab grown diamond, many of which are:
1. Lab conditions resemble those of natural diamonds that take millions of years to form within the earth. Therefore, the result is the same chemical and optical properties as a natural diamond.
2. Because of the alternative offered by scientists in man-made diamonds, there is a shorter supply chain in terms of the diamond coming into the consumer’s hands. This reduces the cost for the end consumer. Therefore, lab grown diamonds provide a cost-effective alternative to the natural counterpart.
3. Lab technicians are constantly monitoring temperature and pressure for lab diamond seeds to grow. Therefore, these types of stones would never take hundreds of years to grow. This enables lab diamond shoppers to have ample options to choose from.
4. Lab grown means less impact on the environment, which means the diamond passes through fewer hands. A shorter supply chain could guarantee more transparency about the creation of your diamond.
Synthetic diamond possesses a critical heat-enabling technology which prevents silicon and other semiconductor materials from overheating. This attribute of synthetic diamond drives the growth of its market. The vast application of synthetic diamond in super abrasive tools such as grinding wheels, drilling & dressing tools, cutting tools and for manufacturing automotive, medicals and aerospace products also drives the growth of the synthetic diamond market. However, lack of awareness and recession in developed countries restricts the fruitful development of the synthetic diamond market. Rapid industrialization, coupled with incrementing manufacturing and product development is anticipated to bode well the growth of the synthetic diamond market in the years to come.
Whereas simulated diamonds are stones that only look like diamonds, like cubic zirconia, white sapphire, moissanite, zircon, rutile, spinel, and synthetic garnet.
A natural diamond is made from carbon and is the hardest natural known substance on earth. Natural diamonds are created over a period of one to three billion years, at least 85 miles below the earth’s mantle under natural conditions of very high pressure and high temperature. Once a diamond has been created in these underground conditions, it travels via molten rock to the earth’s surface, where it is mined, refined, and turned into beautiful jewelry or used for industrial purposes. Learn more about how diamonds are formed.
A lab or man-made diamond is made under very similar conditions of very high pressure and high temperature. First a diamond seed is selected to undergo extreme conditions in a lab environment. After a few weeks, the diamond seed would have crystallized to a full rough diamond. Once done, it is then cut and polished. The end result is a diamond with the same chemical and optical properties of a natural diamond.
There are a number of benefits to buying a natural diamond for an engagement ring, mainly being:
1. A natural diamond’s value will usually increase over time with inflation. The larger a diamond the more rare it is, and this usually results in a good investment. The same applies for finding a diamond with perfect clarity and color.
2. Natural diamonds have been purchased and traded for many more years than lab diamonds, making their pricing more stable over time.
3. Moreover, natural diamonds that may appreciate more quickly in value include fancy colors such as canary yellow diamonds which are considered investment grade. If looking to make a great investment in a diamond the rarest natural diamonds are red. Pink and blue are also considered higher value in terms of appreciation.
4. Lastly, natural diamonds rank 10 on the Mohs Hardness scale. Whereas lab diamonds rank 9.25 out of 10. Natural diamonds are slightly more durable for every-day wear than their lab-grown counterparts.
What are synthetic diamonds? They are man-made diamonds, made using advanced technological processes in controlled lab environments. There are benefits to buying a lab grown diamond, many of which are:
1. Lab conditions resemble those of natural diamonds that take millions of years to form within the earth. Therefore, the result is the same chemical and optical properties as a natural diamond.
2. Because of the alternative offered by scientists in man-made diamonds, there is a shorter supply chain in terms of the diamond coming into the consumer’s hands. This reduces the cost for the end consumer. Therefore, lab grown diamonds provide a cost-effective alternative to the natural counterpart.
3. Lab technicians are constantly monitoring temperature and pressure for lab diamond seeds to grow. Therefore, these types of stones would never take hundreds of years to grow. This enables lab diamond shoppers to have ample options to choose from.
4. Lab grown means less impact on the environment, which means the diamond passes through fewer hands. A shorter supply chain could guarantee more transparency about the creation of your diamond.
Synthetic diamond possesses a critical heat-enabling technology which prevents silicon and other semiconductor materials from overheating. This attribute of synthetic diamond drives the growth of its market. The vast application of synthetic diamond in super abrasive tools such as grinding wheels, drilling & dressing tools, cutting tools and for manufacturing automotive, medicals and aerospace products also drives the growth of the synthetic diamond market. However, lack of awareness and recession in developed countries restricts the fruitful development of the synthetic diamond market. Rapid industrialization, coupled with incrementing manufacturing and product development is anticipated to bode well the growth of the synthetic diamond market in the years to come.
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