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Diamond Studs Total Weight : Radiant Diamond (Lab Grown)Carat Weight : 2.00 Carat (1.00 ct each diamond)
Color : EClarity : VS1Metal : 14k White Gold (Rose Gold and Yellow Gold optional)2 IGI Certificates IncludedAuthenticated by GIA before it ships to you :)
Authenticity by GIASetting : 4 Prong Basket
Closure : Pushback
Authenticated by GIA for AuthenticityPlease note : We Do Not Sell Moissanite
Do not confuse Lab Grown and Moissanite.Both Natural and Lab Grown Diamonds have the same physical and chemical properties, Moissanite does not.
Whatis a Lab Grown Diamond?
Lab-grown diamonds arecreated using two primary methods: High Pressure High Temperature (HPHT) andChemical Vapor Deposition (CVD).
1.High Pressure High Temperature (HPHT):
·Diamond Seed:A small diamond seed, typically anatural diamond fragment, is placed in a carbon-rich environment.
·High Pressure and High Temperature:The diamond seed is subjected toextremely high pressure (around 5-6 GPa) and high temperature (over 1,400degrees Celsius) in the presence of a carbon source, such as graphite.
·Crystal Growth:The carbon atoms in the environmentadhere to the diamond seed, gradually building up the crystal structure overtime.
2.Chemical Vapor Deposition (CVD):
·Gas Mixture:A gas mixture containing carbon-rich gases, such asmethane, is introduced into a vacuum chamber.
·Ionization:The gas is ionized using methods like microwave or radiofrequency energy, breaking down the carbon-containing gases into carbon atomsand other byproducts.
·Diamond Growth:The carbon atoms are deposited onto asubstrate, forming a diamond crystal layer. This process allows for precisecontrol over the diamond\'s growth and characteristics.
Both methods mimic the natural conditionsunder which diamonds form within the Earth\'s mantle but in a controlledlaboratory environment. The resulting lab-grown diamonds have the samephysical, chemical, and optical properties as natural diamonds. After growth,the diamonds may undergo cutting, polishing, and other treatments to achievethe desired characteristics for use in jewelry or industrial applications.
Lab-grown diamondsoffer several benefits:
1.Ethical and Environmental Considerations:Lab-grown diamonds are created incontrolled environments, eliminating ethical concerns associated withtraditional diamond mining, such as human rights violations and environmentaldamage.
2.Conflict-Free:Lab-grown diamonds are inherentlyconflict-free, as they do not contribute to the financing of armed conflict,known as \"blood diamonds.\"
3.Cost-Effective:Lab-grown diamonds are often moreaffordable than their mined counterparts, making them an attractive option forthose seeking a diamond with similar physical and chemical properties at alower cost.
4.Quality Control:The controlled conditions in whichlab-grown diamonds are produced allow for precise control over the diamond\'scharacteristics, resulting in high-quality and consistent gems.
5.Innovation and Customization:Lab-grown diamonds provide opportunitiesfor innovation in jewelry design, and they can be customized to meet specificpreferences in terms of size, shape, and color.
6.Reduced Carbon Footprint:The environmental impact of lab-growndiamonds is generally lower than that of traditional diamond mining,contributing to a more sustainable and eco-friendly option for consumers.
7.Transparency:The production process of lab-growndiamonds is often more transparent, allowing consumers to trace the origin ofthe diamond and ensuring a clear understanding of its ethical and environmentalimpact.
