For over a century, DeBeers has held an electronic monopoly over the diamond industry by iron-handedly controlling the method of getting diamonds. Today, the company still controls over 60% of the trade. Their beauty aside, the worthiness of natural diamonds has long been determined by the fact they are rare and expensive to mine.
Therefore it is not surprising that the recent developments in synthetic diamond manufacturing have the diamond industry giants worried. If diamonds are no further rare and expensive to have, why would people pay thousands for them? In an effort to combat the threat of synthetic diamonds, DeBeers has provided major jewelers with sophisticated, diamond authentication machines: DiamondSure and DiamondView.
The problem with making quality comparisons between man-made diamonds and mined diamonds is that there aren't any huge, physical, optical or chemical differences. And those who are there don't necessarily favor the natural diamond.
Lab-grown diamonds tended to be smaller when the technology was just being developed. But the capability to make larger diamonds is improving. Apollo Diamonds, one of many first two companies (the other being Gemesis) which was among the first ever to start producing gem-quality diamonds runs on the technique called chemical vapor deposition (CVD), which could produce multi-carat diamonds easily, for either gem or industrial use.
Another difference is that clear white diamonds are far more common in nature, and colored diamonds are rare. In the lab, however, it is easier to create colored diamonds than white diamonds.
Man-made diamonds also could have distinct growth patterns that professional jewelers using sophisticated equipment might have the ability to detect. The other difference between mined and lab-grown diamonds is that lab-grown gems have fewer inclusions than natural diamonds. Inclusions are regarded as flaws, and having less them results in a greater clarity grading, which means this is actually a point in favor of man-made gems.
strongu stu-u8
The CVD method utilized by Apollo doesn't use metal solvents in the creation process, thus their diamonds are as next to 100 percent pure diamond as you can get. Among the only approaches to detect the fact that they are not natural mined diamonds is that they are too flawless. The cost per carat of creating a CVD diamond is $5.
The target of lab diamond manufacturers, however, is to not pass their stones off as natural diamonds, but rather to openly offer them as alternatives to natural diamonds.
Therefore it is not surprising that the recent developments in synthetic diamond manufacturing have the diamond industry giants worried. If diamonds are no further rare and expensive to have, why would people pay thousands for them? In an effort to combat the threat of synthetic diamonds, DeBeers has provided major jewelers with sophisticated, diamond authentication machines: DiamondSure and DiamondView.
The problem with making quality comparisons between man-made diamonds and mined diamonds is that there aren't any huge, physical, optical or chemical differences. And those who are there don't necessarily favor the natural diamond.
Lab-grown diamonds tended to be smaller when the technology was just being developed. But the capability to make larger diamonds is improving. Apollo Diamonds, one of many first two companies (the other being Gemesis) which was among the first ever to start producing gem-quality diamonds runs on the technique called chemical vapor deposition (CVD), which could produce multi-carat diamonds easily, for either gem or industrial use.
Another difference is that clear white diamonds are far more common in nature, and colored diamonds are rare. In the lab, however, it is easier to create colored diamonds than white diamonds.
Man-made diamonds also could have distinct growth patterns that professional jewelers using sophisticated equipment might have the ability to detect. The other difference between mined and lab-grown diamonds is that lab-grown gems have fewer inclusions than natural diamonds. Inclusions are regarded as flaws, and having less them results in a greater clarity grading, which means this is actually a point in favor of man-made gems.
strongu stu-u8
The CVD method utilized by Apollo doesn't use metal solvents in the creation process, thus their diamonds are as next to 100 percent pure diamond as you can get. Among the only approaches to detect the fact that they are not natural mined diamonds is that they are too flawless. The cost per carat of creating a CVD diamond is $5.
The target of lab diamond manufacturers, however, is to not pass their stones off as natural diamonds, but rather to openly offer them as alternatives to natural diamonds.
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