It is for this reason that white diamonds are considered the rarest of the sapphires and is the closest in appearance to a real diamond. If the corundum contains only a few hundredths of one percent of titanium it is considered colorless. The blue color of the blue sapphire is due to the presence of titanium and iron, the red in rubies is due to the presence of chromium. The more slowly the magma cools, the larger the sapphire will be.Īlthough the blue sapphire may be the most prized, its color is actually a result of its impurities. If no trace minerals seep in, the sapphire will be completely pure, or white. As the crystal lattice of the sapphire develops, trace minerals can sink in, transforming the color of the stones. Sapphires are usually found in igneous rock which has a low amount of silica and a high amount of aluminum. Corundum is a mineral that takes on its color as it forms. Sapphires are made from the corundum mineral and take millions of years to form. Yet, sapphires come in many colors the ruby is, in fact, the red version of the corundum mineral the white, or colorless, is the most popularly used in wedding and engagement rings. In fact, the rulers of ancient Persia believed that the reflection from sapphires was responsible for giving the sky its full color. The name sapphire is derived from the Greek word sapheiros and the Latin word saphirus, both meaning “blue.”
When most think of a sapphire, they think of the color blue. Lab Created Diamonds or White Sapphires – Which is better?.In this article, we will look at the following to help you decide: While it is close to a diamond in appearance, its basic chemical composition differs completely.īoth the lab created diamond and the white sapphire have presented cheaper and more accessible alternatives to the real diamond. The white sapphire is one of nature’s solution. The lab created diamond uses the exact components of the natural diamond and duplicates the growth process to make a diamond indistinguishable from the organic version.
The lab created diamond is one of science’s solution.
It is the most prized stone in nature, the hardest, the shiniest, has the most sparkle and is the standard by which all other stones are compared, and also the most expensive and difficult to come by.įor years, man has searched in nature and science to find something that would combine the otherworldly beauty of the real diamond with real-world practicality and affordability, and both nature and science have presented some attractive solutions.
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