Top pink lab grown diamond manufacturer: Welcome to Messi Jewelry’s lab grown diamond products. Our lab diamonds are cultivated through state-of-the-art processes that replicate the natural formation of diamonds, ensuring exceptional quality and authenticity. With the same chemical composition and physical properties as mined diamonds, our man made diamonds offer unparalleled beauty and durability. Round lab diamonds often called brilliant cut lab diamonds, are highly valued for their brilliance, making them the most popular diamond shape. This shape exhibits the high level of brilliance, with 58 facets, or 57 facets without the culet. Choose a round lab grown diamond with ideal cut grade for brilliance. Discover even more info on cvd diamond supplier.
There are two main manufacturing methods for lab grown diamond, one is the high-temperature high-pressure method (HPHT), and the other is the chemical vapor deposition method (CVD). HPHT high-temperature and high-pressure diamond synthesis uses the principle of high-temperature and high-pressure to simulate the growth environment of diamond, which can also produce high-quality diamond. HPHT is a relatively traditional diamond cultivation method, which uses a special device in the laboratory to simulate the high-pressure and high-temperature environment (about 50000 atmospheric pressure, 1300-1600 ℃) during the formation of natural diamond deep in the Earth, and uses the carbon materials inside the device to manufacture and cultivate diamond.
Secondly, the IGI certificate, fully named International Gemological Institute, was established in Antwerp, Belgium in 1975. It is currently the world’s largest independent jewelry appraisal laboratory and gemological research and education institution, and has created the 3EX cutting evaluation system. This is also the internationally recognized standard diamond cutting grade evaluation method, and IGI has developed the world’s first complete and comprehensive diamond cutting rating table, This has also become the prototype of modern diamond cutting system evaluation standards. IGI has laboratories and schools in major diamond trading centers and central cities around the world, and gemologists from over 96 countries worldwide receive IGI’s laboratory and educational research services. It is known as the “authoritative appraisal agency around consumers”.
Moissanite stone has a higher luster, fire color and brightness than diamonds, making it more suitable for jewelry and a good substitute for diamonds. The moissanite diamond has a good fire color and higher refractive index. Its refracted light emits a rainbow of dazzling light. Compared with the diamond, the fire color emitted by the optical instrument is 2.4 times higher than that of the moissanite stone. The fire color light emitted by it is more eye-catching. Moreover, from the product classification information, it can be seen that the purchase conditions for moissanite diamonds, like diamonds, also comply with the 4C standard.
WUZHOU MESSI GEMS CO., LTD specializes in manufacturing Lab Grown Diamond and Lab Grown Diamond Jewelry. After 10-year development, we have built a comprehensive production and service system that covers everything from loose diamond customization to high end jewelry. With extensive experience in foreign trade sales, we proudly served more then 2500 clients globally. Thanks to our team of 25 skilled worksmen, we produce 2,000 carats of IGI certified Lab Grown Diamonds on a monthly basis. Discover extra information on https://www.messijewelry.com/.
The livestream selling of jewelry has become more and more popular. Many people take advantage of the limitations of the video to sell D-color moissanite diamonds as diamonds to consumers. Therefore, it is necessary to fully understand the method of distinguishing Mozambique stones from diamonds before buying. If observed solely with the naked eye, the difference between a moissanite diamond and a diamond is: Prismatic ghosting visible at the crown (moissanite is a birefringent gem), The dispersion value is stronger than that of diamonds, making their “fire color” more fragmented, The colors are more diverse, and there is a significant difference between the fire color and diamonds observed from the pavilion.
Unlike ordinary artificial gemstones and ordinary green imitations, they are already real gemstones. In the past two years, lab grown emerald has been increasingly recognized and compared with traditional natural gemstones. Lab grown emerald have better optical properties compared to natural emerald, appearing more glossy and bright, without problems such as natural gemstones being prone to fading and internal defects. As a substitute for natural emerald, lab grown emerald not only meets consumers’ needs for color and hues, but also reduces costs, is environmentally friendly, and saves selection time. Especially for those who do not like to purchase precious gemstones as jewelry to wear or collect, lab grown emerald is undoubtedly the best choice.