Availability: | |
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Quantity: | |
Product: | 1.07CT HTHP lab diamonds | |||
Shape: | Round | |||
Color: | D | |||
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 |
Lab grown diamond were explored as early as the 18th century, but it was not until the 20th century that the development of thermodynamics and high-temperature and high-pressure technology made it possible to lab grown diamond 40 small diamonds were successfully synthesized for the first time in 1953 by the Swiss Engineering Company (ASEA) using a pressure ball device, and in 1955 by General Electric (GE) in the USA using a pressure belt device to synthesize small particles off of diamonds.
High-quality and inexpensive synthetic diamonds will replace the role of silicon in semiconductors and bring human science and technology into another world.
"The production of natural diamonds is low and it's difficult to mine,the appearance of synthetic diamond is a big step for the human technological progress.”
Some experts believe that with the current gap between supply and demand of natural diamonds further widening, synthetic diamonds can alleviate some demand of the market on the premise of honest disclosure and become another choice for civilian consumers.
Product: | 1.07CT HTHP lab diamonds | |||
Shape: | Round | |||
Color: | D | |||
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 |
Lab grown diamond were explored as early as the 18th century, but it was not until the 20th century that the development of thermodynamics and high-temperature and high-pressure technology made it possible to lab grown diamond 40 small diamonds were successfully synthesized for the first time in 1953 by the Swiss Engineering Company (ASEA) using a pressure ball device, and in 1955 by General Electric (GE) in the USA using a pressure belt device to synthesize small particles off of diamonds.
High-quality and inexpensive synthetic diamonds will replace the role of silicon in semiconductors and bring human science and technology into another world.
"The production of natural diamonds is low and it's difficult to mine,the appearance of synthetic diamond is a big step for the human technological progress.”
Some experts believe that with the current gap between supply and demand of natural diamonds further widening, synthetic diamonds can alleviate some demand of the market on the premise of honest disclosure and become another choice for civilian consumers.