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Product: | 2.01 carat E VS1 Round lab grown diamond 3EX | |||
Shape: | Round | |||
Color: | E | |||
Sample: | 1 piece available | |||
Sample Lead Time: | 1-2 days | |||
Delivery Time: | 2-3 days after payment for stock | |||
Inventory: | In Stock. | |||
Production: | Weekly update stock list(pls contact us) | |||
Custom Clearance: | Round/ Pear/ Rectangle/ Octangle/ Square/ Heart/ Cushion/Marquise/ Triangle/ Oval/ Drop(Customize are welcome) | |||
Color Provide: | Clear white, Pink, Yellow, Blue | |||
Color Provide: | PayPal, T/T, Western Union |
In the 1990s, chemical vapor deposition (CVD) was used to synthesize diamond films, which were deposited on solid-phase substrates to form polycrystalline films of diamond for industrial use. 2003 saw the synthesis of gem-quality single crystals by Apollo in the USA, and commercial production began. More recently, the Geophysical Laboratory of the Carnegie Institution of Washington, USA achieved a CVD synthesis rate of 100μm/h to produce a 10ct, half-inch thick single-crystal diamond. To further increase the size of synthetic diamond crystals, it is possible to grow colorless diamond single crystals in three dimensions at the inch scale (approximately 300ct) by sequentially growing them on six faces of the diamond substrate using CVD. High-pressure, high-temperature heat treatment has also been found to improve the color and hardness of synthetic CVD diamonds.
Product: | 2.01 carat E VS1 Round lab grown diamond 3EX | |||
Shape: | Round | |||
Color: | E | |||
Sample: | 1 piece available | |||
Sample Lead Time: | 1-2 days | |||
Delivery Time: | 2-3 days after payment for stock | |||
Inventory: | In Stock. | |||
Production: | Weekly update stock list(pls contact us) | |||
Custom Clearance: | Round/ Pear/ Rectangle/ Octangle/ Square/ Heart/ Cushion/Marquise/ Triangle/ Oval/ Drop(Customize are welcome) | |||
Color Provide: | Clear white, Pink, Yellow, Blue | |||
Color Provide: | PayPal, T/T, Western Union |
In the 1990s, chemical vapor deposition (CVD) was used to synthesize diamond films, which were deposited on solid-phase substrates to form polycrystalline films of diamond for industrial use. 2003 saw the synthesis of gem-quality single crystals by Apollo in the USA, and commercial production began. More recently, the Geophysical Laboratory of the Carnegie Institution of Washington, USA achieved a CVD synthesis rate of 100μm/h to produce a 10ct, half-inch thick single-crystal diamond. To further increase the size of synthetic diamond crystals, it is possible to grow colorless diamond single crystals in three dimensions at the inch scale (approximately 300ct) by sequentially growing them on six faces of the diamond substrate using CVD. High-pressure, high-temperature heat treatment has also been found to improve the color and hardness of synthetic CVD diamonds.