It\u2019s been said that imitation is the truest form of flattery. Celebrities and pop stars know they\u2019ve made it when someone starts copying their style. It means they\u2019ve arrived.<\/p>\n
Like celebrities and pop stars, the sapphire so too arrived and quickly earned a status as one of the And also, like celebrities and pop stars, it became a prime candidate for imitation. As soon as the demand for the stone rose, gemologists struggled to meet it, all to varying degrees of success.<\/p>\n
One of the problems with imitation is that it never seems to quite hold up when compared to the real thing. Attempts to recreate the sapphire in a lab often ended in coming up short; simulants just didn\u2019t compare, and synthetics were easy to spot as synthetic. \u00a0<\/p>\n
It wasn’t until 1902 when Auguste Verneuil discovered the flame fusion method and the first truly successful lab sapphire was created.\u00a0 This article will discuss:<\/p>\n
For most people, blue is synonymous with sapphires. In fact, the name sapphire comes from the Latin word saphirus meaning blue. The ancient Greeks believed it was the reflection of the sapphire gave the sky and lakes their colors. However, sapphires are actually available in a variety of colors, each valued for their individual characteristics.<\/p>\n
A sapphire is a precious gemstone made of the mineral corundum<\/a>, or aluminum oxide (Al2O3).<\/p>\n It\u2019s formed by volcanic processes in rock deep in the earth under high temperature, high-pressure conditions. When the hot rock begins to coo\u200b<\/a>\u200bl, crystallization occurs. This is when the coloration of the sapphire occurs.<\/p>\n As the sapphire takes on its crystal structure, impurities leak in. These impurities are what give sapphires their illustrious colors. When titanium and iron seep into the Al2O3 crystal lattice, a blue hue is created. If chromium seeps in, the rock will be red and will be considered a ruby.<\/p>\n If the crystallization of the stone takes place in igneous rock, the rock will remain pure and transparent in color, resulting in the white sapphire<\/a>, commonly used in engagement and wedding rings. These are the rarest type of sapphire and, takes the longest to grow. It often takes millions of years for conundrum to develop into a pure white sapphire.<\/p>\n With such an intriguing history and powerful beauty, it is little wonder that sapphires came into high demand so quickly. Yet with natural sapphires, so few and far between it soon became clear a backup source was necessary.<\/p>\n <\/strong><\/p>\n In the earlier part of the 18th<\/sup> century, attempts began at reproducing a corundum based gem. In 1837, it was discovered that microscopic crystals of aluminum oxide, the raw material for corundum, could be produced synthetically, and in 1877, chemist Edmond Fremy found a way to form gemstone quality stones using these crystals in a molten aluminum bath.<\/p>\n Soon Fremy joined forces with Auguste Verneuil to create the flame fusion, or Verneuil method, of creating stones from corundum. which is still used virtually unchanged to this day.<\/p>\n Verneuil\u2019s first inspiration came when looking closely at a synthetic ruby collection, he found that authentic looking gems could be made by flame fusion, a process of recrystallizing aluminum powder into a large gemstone. This along with the newly developed oxyhydrogen torch and the growing demand for rubies led him to develop the Verneuil furnace.<\/p>\n In this contraption, purified chromium oxide and alumina are melted by a flame of at least 2000 degrees Celsius and recrystallized on a support below the flame to create a crystal.<\/p>\n While the Verneuil method is still used widely to this day as a leading producer of synthetic corundum and spinel gemstones, other methods have been introduced and improvements have been made.<\/p>\n The Czochralski process was developed in 1917 and has been shown to be beneficial to the semiconductor industry, in which the stones required were of a higher quality than the Verneuil Process was capable of producing. Bell Labs introduced the hydrothermal process<\/a> in 1957 and Carol Chatham introduced the flux method in 1958.<\/p>\n \u200bHere\u2019s a video of the flux method:<\/p>\n While these processes may differ in terms of methodology, one thing holds true for all of them They all contain a starting material of 99.995% alumina. Alumina is the same material from which natural sapphires are created and are the main reason lab-created sapphires are so difficult to distinguish from the real thing.<\/p>\n <\/strong><\/p>\n The differences between a sapphire and a lab created sapphire can\u2019t be spotted with the naked eye; it takes very powerful magnification to see the dissimilarities. Because the lab created sapphire has an identical chemical composition to the natural sapphire (Al2O3), they have identical optical and physical properties, which makes them indiscernible from one another to the unaided eye.<\/p>\n Although all real sapphires are made of the same starting material., the heat used to in lab-grown sapphires comes from a machine in the lab; the heat used to grow natural sapphires comes from the environment. This plays out in the way the sapphires form, namely in the inclusions found in the sapphires.<\/p>\n Under the scrutiny of highly advanced tools, these differences can be spotted. Lab created stones contain fewer inclusions on the whole than natural stones and the inclusions that are there often different from the ones found in earth grown sapphires. <\/p>\n In the end, this boils down to are higher quality stones. Because lab-created sapphires rely on a controlled process of applying minerals, they can be made with less and less noticeable inclusions, for a longer wearing stone with better light refraction and dispersal.<\/p>\n When it comes down to the bottom line, lab-grown sapphires are the real deal in more ways than one. Depending on size, loose natural sapphires average upwards of $30 for a quality stone, the finest stones can fetch near $50. Lab created sapphires cost an average of $8-$10 dollars less and considering the fact that what you get is of almost identical to the real diamond, that\u2019s quite a bargain.<\/p>\n What is hardness? In every day English hardness refers to the solidity of the object, its resistance to breakage its rigidness. However, when we use hardness to describe a sapphire, we are using its scientific meaning. In science, hardness is not about resistance to pressure, it\u2019s about resistance to scratching.<\/p>\n In 1812, mineralogist Friedrich Moh\u2019s established the Moh\u2019s scale of hardness<\/a> which ranked minerals according to their resistance to scratching on a scale of 1-10. The diamond scored a ten, earning its title as the world\u2019s hardest mineral. Corundum ranked a 9, identifying itself as the second hardest mineral known to man.<\/p>\n Likewise, the lab- created diamond is made of corundum and likewise, it scores a 9 on the Moh\u2019s scale. Because no synthetic materials are used in the creation of sapphires, they\u2019re impossible to distinguish from the natural sapphire in terms of hardness and visual characteristics.<\/p>\n When it comes to durability, the lab created sapphire has a slight edge. Because lab created contain fewer inclusions, the sapphire is less likely to break or chip than the natural sapphire and less chips means less heartbreak.<\/p>\n You may not spot the difference with the naked eye, but you\u2019ll be able to tell from the longevity you get out from wearing it. With lab-created sapphires, what you get is a high-quality stone, you can rely on to stay as tough as it is beautiful.<\/p>\n <\/strong><\/p>\n The clarity of a stone refers to its number of flaws or inclusions. Generally, the less flawed the stone, the more desirable it becomes. Most stones are rated by the same clarity standards used to rate diamonds known as the GIA clarity scale<\/a><\/p>\n The GIA clarity scale rates diamond according to the number of flaws it has. An FL rating means the diamond is flawless and free of inclusions, an \u201cI \u201crating indicates the stone is highly included. The fewer flaws the diamond has, the more valuable it is perceived to be<\/p>\n In the case of sapphires, clarity is viewed in a very different way than it is with diamonds. Because sapphires are formed in an environment with a large number of trace minerals and under very extreme conditions, they are more likely to contain flaws than not.<\/p>\n In addition, not all of these flaws make the sapphire less valuable, in fact, many make the stone more valuable. So, an \u201cI\u201d rating would not hold the same meaning for sapphires as it would for diamonds.<\/p>\n Because flaws are not necessarily a detriment to the stone, and because natural sapphires are never flawless, natural sapphires are not graded on the same scale. The best clarity grade for sapphires is \u201ceye clean\u201d which means they have no inclusions visible to the naked eye. Most of the sapphires on the market are considered \u201ceye clean.\u201d<\/p>\n Lab created sapphires, on the other hand, are always “eye clean”. You can be sure every lab created sapphire is given the royal treatment.<\/p>\n White diamonds are prized for their lack of color. The most valuable diamonds are the most transparent, hints of color will lower the diamond\u2019s worth considerably.<\/p>\n Sapphires are prized mainly for their color, but because they come in such a wide variety of colors, it is difficult to set a standard for judging all of them. Therefore, when it comes to judging the color of sapphires, it depends on the individual stone.<\/p>\n When you hear talk about the color of sapphires, you will hear a lot of the terms hue, tone and saturation being thrown around. Hue refers to the pure color of the sapphire, tone refers to the brightness of the stone, and saturation refers to the percentage of the purity of color in the sapphire. These attributes vary from stone to stone.<\/p>\n Blue sapphires are most valuable when they are a velvety or mid violet blue, in medium to medium dark tones, with a high degree of saturation. Padparadscha<\/a>, an orangey pink sapphire is most valued when they are a pink to orangey- pink in color, intensely saturated, and light in tone. White diamonds are most values when they are the purest in color, which means no saturation at all.<\/p>\n Natural sapphires get their colors from trace elements of other chemicals leaking in during the crystallization process. Because lab-grown diamonds differ in origin from their natural counterparts, the exact color composition of the natural sapphire is hard to duplicate. Lab created diamond can be made to provide choices in color that Mother Nature can\u2019t give in the same way.<\/p>\n The sparkle in a stone is the amount of white light, a stone gives off, or its \u201crefractivity\u201d The fire in the stone refers to the amount of colored light the stone gives off or its dispersion.<\/p>\n When we look for a stone that reflects light or disperses light, we look for light, that is we look for the stones with a light color, light tone, and light saturation of color.<\/p>\n The colorless stones are the shiniest as they have the least amount of color and the least amount of inclusions. The diamond is one of the most popular colorless stone known for its high sparkle and fire. The lack of color is what makes it shine so brilliantly. The less color in a diamond, the more sparkle, and fire it will have. <\/p>\n The sapphire is, on the hand, by nature, a stone with color, and generally, the more saturated the color, the lower it\u2019s dispersal and refraction of light. A medium tone, blue sapphire has a low dispersal.<\/p>\n The RI, or refractive index<\/a>, of natural sapphire is 0.018, the RI of a diamond is 2.4175. The fire of a lab created sapphire is between 1.762 and 1.778, the diamond has a dispersal index<\/a> of 2.4. What we sacrifice in sparkle, we make up for in intensity of color. There is a tradeoff between the two.<\/p>\n In the case of lab created sapphire, there is less of a sacrifice to be made. The lack of intrusions in the lab created sapphire ensures there is nothing to interfere with the speed and angle of light coming into the stone, and nothing to block the intensity of its brilliance.<\/p>\n <\/strong><\/p>\n Making lab created sapphire requires quality control. When a gemologist creates a sapphire in a lab, the most important thing is the way it looks, lasts and shines, the aim is to make sure of one thing: that your sapphire is as beautiful as it can possibly. Investing in a lab created diamond means investing in the highest quality sapphire there is.<\/p>\n Sapphires are not only known for their beauty, they\u2019re known for their individuality, so why should we compare them to one another. The real criteria for choosing a sapphire is choosing a high-quality sapphire that appeals to you.<\/p>\n With the lab created diamond, the quality is guaranteed. When you buy a lab created sapphire, you know you\u2019re getting a stone with impeccable clarity, vivid color, and brilliance, and strength at a fraction of the cost of the natural stone. With a lab- created sapphire, you don\u2019t need high power magnification to know that what you\u2019re getting is the real thing.<\/p>\n So, what do you think? Would you invest in a sapphire at a fraction of the price and a total of the quality? Will a lab created sapphire be your next investment?<\/em><\/p>\n <\/em><\/p>\n","protected":false},"excerpt":{"rendered":" \u200bLab Created Sapphires vs. Natural Sapphires \u2013 What\u2019s the Difference? It\u2019s been said that imitation is the truest form of flattery. Celebrities and pop stars know they\u2019ve made it when someone starts copying their style. It means they\u2019ve arrived. Like celebrities and pop stars, the sapphire so too arrived and quickly earned a status as […]<\/p>\n","protected":false},"author":1,"featured_media":169,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"footnotes":""},"categories":[1],"tags":[],"yoast_head":"\nWhat is a Lab Created \u200bSapphire?<\/strong><\/h3>\n
What is the Difference?<\/strong><\/h3>\n
Difference in Hardness<\/strong><\/h3>\n
Difference in Clarity<\/strong><\/h3>\n
Difference in Color<\/strong><\/h3>\n
Difference in Sparkle and Fire<\/strong><\/h3>\n
Lab Created \u200bSapphire or the Natural \u200bSapphire: Which is Better?<\/strong><\/h3>\n