Synthesized type of fluxIn this method, synthetic emeralds grown in the laboratory are melted and can have impurities such as fingerprints, but in larger dimensions, and also traces of the flux process appear in them
Emerald Stone was produced artificially until 1840, but today it is presented in a synthesized form. It is very difficult to distinguish the natural type from the centered one and it requires a lot of knowledge and experience. The Stones that may be offered instead due to similarity are: dementoid, diopside, dioptase, grossular (chromium green garnet).
Synthetic Emerald Types
The first artificial crystal was made in 1848 by A.W. Vernoy was produced in a laboratory, and its production technique has evolved to this day.
Synthetic type of Lenix
These synthesized Rocks grow in the form of rectangular crystals and not hexagonal prisms. Their optical refractive index is slightly lower than normal.
Synthesized hydrothermal emerald
Characteristic impurities include feathers of biphasic liquids and microscopic cuneiform crystals and elongated floating growth structures.
Synthesized type of flux
In this method, synthetic emeralds grown in the laboratory are melted and can have impurities such as fingerprints, but in larger dimensions, and also traces of the flux process appear in them.
Synthesized regenerative type
These samples were synthesized using the original Linde method and the carbide union method. They have the same light refractive index as normal, although their specific gravity is slightly lower at 2.68. Their iron content is very low and they have a short wave and strong red fluorescence under the ultraviolet light of a flashlight or purple rays.