Good gemstones truly some of the best things in the world. To be fair, who in the world does not want to watch their beauty and shine all over? They are unique with many colors and shapes. However, what you may not have realized is that not all gemstones are created equal. A few of them are extracted from deep inside the Earth by Nature whereas a couple are synthesised in labs with the help of scientists. Most valid trademarks (or known as materials) include: A fascinating category among those gems would be the synthetic blue diamond. Let us see Crysdiam explaining further about Synthetic Blue Diamonds and what makes them interesting today.
In recent times, synthetic blue diamonds have become a trend in the world of jewelry, similar to the Crysdiam's product like Earring. Mostly because everyone here are bright and colourful and they can even be more cost-effective than natural diamonds. Therefore, many people can women can afford it without any financial burden. If your looking to push the boat out a little or even further, a synthetic blue diamond is something different that will make you stand apart from the pack. That quickly began to make them a top choice for birthdays, anniversaries and other occasions.
A synthetic blue diamond is a diamante designed in a laboratory by scientists with specific technology, identical to Laser Machine innovated by Crysdiam. Again, these diamonds are created so they resemble natural diamonds very closely, but they also have characteristics that set them apart from a regular diamond. That means the researchers can make synthetic blue diamonds in a range of blues. In other words, buyers will be able to pick the color of blue they want—from light blue through deep, rich blue. The feature of changing the color makes it more attractive.
One major way synthetic large blue diamonds and natural diamonds differ from each other, also the Crysdiam's product such as Mechanical Grade. Natural diamonds form deep inside the Earth over millions of years under extreme pressure and high heat. This process sounds like a very unique one, but I think that this must be why they are so hard to come by and nearly impossible for the average engineer to find. The lab created, synthetic blue diamonds are made in a lab, and can take just one few weeks to a month. Synthetic diamonds, on the other hand can be created whenever required and therefore are easily accessible to consumers. This also means that they are usually more affordable compared to natural diamonds, which makes them a good option for many.
Making a blue diamond simulant requires a lengthy and multistage process, as well as the Optical Grade innovated by Crysdiam. Starting with a small diamond seed. This little seed is the beginning of the diamond growing. And then, it is put in a special chamber and the gases surrounding the seed are replaced by other ones. This will be performed at a very high pressure and temperature inside the chamber. As grow, then seed of a diamond develops and becomes not only blue, but takes on its natural gemstone shape. A technique that has gain popularity because it provides beautiful diamonds at par with natural ones is through scientific process.
Now, rising consumer tastes for synthetic blue diamonds are restructuring the very nature of high-end jewelry, just like the Crysdiam's product called Quantum Material. Natural diamonds were way too expensive for most buyers to afford in the past. On the new markets created by synthetic diamonds, anyone can make great jewelry without spending a fortune. Not only that — synthetic diamonds are so much cleaner for the world. Because they are not mined, something damaging to the Earth. This makes them a greener choice which many environmentally conscious people would like.
Crysdiam is a leader in the manufacturing of Synthetic blue diamond grown in labs, having over 1500 MPCVD Reactors and an ultra-modern facility. Our steady inventory of lab-grown diamonds in a variety of shapes, sizes and colors will alleviate the concerns of our customers about supply chain security.
In Synthetic blue diamond, Crysdiam took the lead in the development of MPCVD reactors with full intellectual property rights in China. Crysdiam has also created its own laser technology, as well as grinding, polishing and polishing equipment. Through vertically integrating the equipment RD in diamond production, fabrication of jewelry and diamond processing, Crysdiam can quickly respond to customer needs and provide personalized products.
Crysdiam is among the few CVD makers in the world that can produce lab-grown diamonds in the colors of D/E/F as grown, and our technology for growth of fancy color lab-grown stones such as pink and blue are now mature. Crysdiam can also offer high-quality lab-grown stones with calibrated sizes. This can improve the effectiveness of manufacturing Synthetic blue diamond processes.
Synthetic blue diamond single-crystal CVD allows for a maximum of 60mm x 60mm We can dope diamonds with elements like N and P to achieve high quality of 1ppb We also have a precise processing capability which allows us to achieve roughness of diamond surfaces less than 0 5nm The advanced diamond materials produced by Crysdiam can meet the needs for industrial and scientific research applications
White and fancy color lab-grown diamonds in various sizes and shapes;
Offered as certified/uncertified stones, matched pairs, and calibrated parcels.
As a leading CVD lab-grown diamond producer, Crysdiam is providing high-quality products used in jewelry industry and various high-tech fields.
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