Synthetic neon blue beryl
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Introduction to Synthetic Neon Blue Beryl
Advanced technology has now made it possible to produce a wide variety of synthetic neon blue beryl gemstones. While the most well-known synthetic variety is emerald, technology has also allowed for the creation of a complete range of other beryl colors, such as red beryl (also known as bixbite), pale pink morganite, green beryl of different saturations, and the stunning neon blue beryl, which resembles blue-green Paraiba, as well as synthetic aquamarine. These synthetic varieties offer a unique opportunity for collectors and jewelry designers, as natural stones of these colors are often extremely rare, and typically do not exceed 1-3 carats in size. Pure, standard-color synthetic beryl stones over ten carats can therefore be considered quite collectible.
Unique Colors in Synthetic Beryl
The growth of synthetic neon blue beryl has also enabled the production of colors not typically found in natural beryl. These include vibrant shades reminiscent of other minerals, such as the bright crimson of tourmaline-rubellite and the deep, captivating blue of Paraiba tourmaline. These unusual synthetic colors have found favor among jewelry designers, who value them for their exceptional rarity and breathtaking visual appeal. This makes them a popular choice for creative jewelers looking to provide something new and unique to discerning customers seeking pieces that stand out from traditional offerings.
Popularity Among Jewelry Designers
Moreover, synthetic neon blue beryl and other synthetic beryl varieties are growing in popularity among jewelry brands and artisans who aim to craft exclusive, sophisticated designs. The use of synthetic stones allows for more creative freedom, as designers are not constrained by the limitations of naturally available materials. This makes it possible to explore new designs, innovative combinations, and larger statement pieces that are often difficult to achieve with natural stones.
Comparison of Recrystallized Beryl and Natural Beryl
Properties | Synthetic Beryl | Natural Beryl |
---|---|---|
Beryl | Beryl | Beryl |
Chemical Formula | Be3Al2(SiO3)6 | Be3Al2(SiO3)6 |
Crystal System | Hexagonal | Hexagonal |
Hardness (Mohs) | 7.5 | 7.5 |
Density | 2.7 | 2.65-2.70 |
Refractive Index | 1.570-1.579 | 1.565-1.59 |
Dispersion | 0.014 | 0.014 |
Inclusions | АB quality: pure stones. CD quality: cracks, fogs, treatment holes, small gas bubbles formed during crystal formation | Fogs, cracks, treatment holes, double-phase inclusions, pyrite, calcite |
Size of Crystals | Length of 40-80 mm, Width of 3-10 mm | Variable |
Synthetic neon blue beryl
Physical and Optical Properties
These physical and optical properties are virtually identical between synthetic and natural beryl, making the distinction between them difficult without specialized gemological equipment. Synthetic beryls are often purer, with fewer inclusions, compared to natural specimens, which can contain a variety of inclusions such as fogs, cracks, or mineral inclusions like pyrite and calcite.
Advantages of Synthetic Beryl
For jewelry connoisseurs and gemstone collectors, synthetic neon blue beryl provides an affordable and beautiful alternative to its natural counterpart. The consistent quality and purity of synthetic varieties offer opportunities for larger gemstones, unique cuts, and designs that emphasize the beautiful color of the material. With technological advancements, synthetic beryls are not only comparable to natural stones in terms of beauty but can also be obtained in sizes and qualities that are rarely found in nature.
Conclusion
Ultimately, whether synthetic or natural, beryl remains a beautiful, durable gemstone that has captured the fascination of collectors and jewelers alike. The availability of synthetic neon blue beryl opens new possibilities for designers while making these stunning stones accessible to a broader audience.