5.0 Carat 5.5 Carat 6.0 Carat HPHT Diamond Rough VS1 VS2 SI1 SI2 DEF Color

VS1 VS2 SI1 SI2 Clarity DEF Color 5.0 Carat To 6.0 Carat Hpht Diamonds Rough For 2carat 2.5carat 3carat Lab Diamond Ring

Lab Grown Rough Diamonds Description

The best diamond made in the laboratory is type IIA, which is the purest diamond at present. In fact, only 2% of natural diamonds on earth are so pure. On the other hand, diamonds made in the laboratory are made in a highly controlled and monitored, pollution-free environment, so quality assurance is built-in. Although all the diamonds planted in the laboratory are great, just like the diamonds mined with clay, no two are the same. There are differences in reflection, clarity and refraction of light, which make the stone "shine", so the key is to find a stone that can speak to you.
The best laboratory diamonds are cut, polished and graded in the laboratory, and the laboratory has proven the diamonds mined. Transparency should be the same as or better than the ground diamonds mined, usually in the range of if to SI2. In addition to reading the diamond certification, you also want to examine the stone carefully and consider determining the quality of the 4 C: color, cut, clarity and carat weight. The cutting and definition of stone affect the brightness and luster of diamond by changing the way that diamond refracts light. The quality of diamond color is usually subjective. Because the saturation of hue can be controlled, there may be many kinds of stone colors. The carat weight of a diamond directly reflects its value, because it is an expression of rarity. The diamond planted in the laboratory is heavy and not as rare as the native diamond, but the carat weight can be used to refer to the size of the stone, and its price is natural.

Parameters of Lab Grown Rough Diamonds

Lab Grown Rough Diamonds Introduction

HPHT is the abbreviation for high temperature and high pressure treatment, and its purpose is to change or improve the natural body color of certain types of diamonds to make them more valuable.

In the past, it was called Pegasus diamond and GE POL diamond. The reason why it is called GE Diamond is because The technology developed by GE in the United States is a new product exclusively sold by POL, a subsidiary of Israel's LKI, in 1999.

HPHT technology is to process natural diamonds at high temperature and high pressure to enhance the color grade of diamonds. In one move, it can be upgraded to 4-6 levels. However, not every diamond can be processed by this technology. It must have a J color or higher, and be free of impurities and high-clarity quality. During processing, the results cannot be predicted. In other words, it is not certain what level it can be promoted to.

At the same time, diamonds treated with HPHT may deepen or change in color to become a colored diamond.

​Natural diamonds are created by nature and are the result of high temperature and pressure formed over billions of years. The Rough Lab Grown Diamonds are produced in the laboratory, usually in a few weeks. The chemical difference between the two is same.

So how do you distinguish between Rough Lab Grown Diamonds and natural diamonds?

There is no obvious difference between the Rough Lab Grown Diamonds and natural diamonds. Even professional gemologists need special equipment to identify them. By zooming in, professionals will be able to discern subtle contrasts in diamond inclusions grown and mined in the laboratory.

Lab Grown Rough Diamonds Details