EMERALD HYDROTHERMAL SYNTHETIC CITRINE
HYDROTHERMAL CITRINE EMERALD CUT
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EMERALD CUT HYDROTHERMAL SYNTHETIC CITRINE (OCTAGONE CUT)
Hydrothermal citrines are synthesized at relatively low temperatures and at high pressures from a seed crystal and an enriched solution of SiO2.
The optical and physical characteristics of hydrothermal quartzes do not vary from those of natural quartz. Only slight parallel growth lines can be seen inside the crystals and, rarely, some bubbles.
Our hydrothermal stones are characterized by having a perfect cut finish and a very good final polishing, so they offer a high quality shine.
PHYSICAL CHARACTERISTICS OF HYDROTERMAL QUARTZ:
Refractive Index (I.R.): 1,544-1,553
Hardness (Mohs): 7.0
Density: 2.65 gr / cm3
Fusion temperature: 1600-1700ºC
Acceptable working temperature: NOT ACCEPTABLE FOR CASTING
Our hydrothermal citrines have the color called Palmeira, high color without reddish background tones
Hydrothermal citrines are synthesized at relatively low temperatures and at high pressures from a seed crystal and an enriched solution of SiO2.
The optical and physical characteristics of hydrothermal quartzes do not vary from those of natural quartz. Only slight parallel growth lines can be seen inside the crystals and, rarely, some bubbles.
Our hydrothermal stones are characterized by having a perfect cut finish and a very good final polishing, so they offer a high quality shine.
PHYSICAL CHARACTERISTICS OF HYDROTERMAL QUARTZ:
Refractive Index (I.R.): 1,544-1,553
Hardness (Mohs): 7.0
Density: 2.65 gr / cm3
Fusion temperature: 1600-1700ºC
Acceptable working temperature: NOT ACCEPTABLE FOR CASTING
Our hydrothermal citrines have the color called Palmeira, high color without reddish background tones
PHCITOCT06X04
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