ccording to the Gemological Institute of America, 25-35% of natural diamonds emit light when refracted by ultraviolet light. The reason for fluorescence is due to the special structure of the diamond atomic lattice. The "precipitation" of carbon atoms causes the crystal lattice to twist as the minerals grow. This feature does not affect the quality of the gemstone in any way, but is highly sought after by young consumers: diamonds make the wearer particularly dazzling when attending parties and parties.
Fluorescent diamonds stand out in their most varied and bold designs, and they are perfect for consumers who value their distinctive and distinctive personality. Consumers of transparent fluorescent diamond ewelry can enjoy the brilliance of diamonds during the day and feel the brilliance of the dance floor under the spotlight.
ccording to the Gemological Institute of America, 25-35% of natural diamonds emit light when refracted by ultraviolet light. The reason for fluorescence is due to the special structure of the diamond atomic lattice. The "precipitation" of carbon atoms causes the crystal lattice to twist as the minerals grow. This feature does not affect the quality of the gemstone in any way, but is highly sought after by young consumers: diamonds make the wearer particularly dazzling when attending parties and parties.
Fluorescent diamonds stand out in their most varied and bold designs, and they are perfect for consumers who value their distinctive and distinctive personality. Consumers of transparent fluorescent diamond ewelry can enjoy the brilliance of diamonds during the day and feel the brilliance of the dance floor under the spotlight.