What Is Involved in Diamond Mining?

Kakri is a Chinese translation of Australian jewellery brand Cancrie. In October 2012, scientists in Melbourne, Australia announced that they had discovered a beautiful planet made up of diamonds in the Cancer constellation 40 light years away from Earth. The founder of Kakri named the brand after the planet, leading women around the world to their dream journey. For 90% of women around the world, the use of diamonds larger than 1 carat to make fine jewelry is out of reach. Kakri has researched "amorphous diamond growth process" to grow diamonds, and has mastered the secrets of laboratory-grown diamonds.

Kakri diamonds

Kakri diamond is a new type of laboratory diamond from Australia. It uses high-tech equipment to simulate the formation environment of natural diamonds, and uses "amorphous diamond growth process" to control small diamonds (pure carbon) by controlling temperature, humidity, pressure and other conditions. Grow and create miniature diamond arrangements to form a perfect Kakri diamond.

Kakri diamond R60825 ^[1]

The patented Cancrie uses "amorphous diamond growth process" which is a very advanced high-tech. In the laboratory, small diamonds (pure carbon) are grown by controlling environmental conditions such as temperature, humidity and pressure, and miniature diamonds are created. Permutation. The process of forming a Kakri diamond is like the principle of the formation of pearls, so it is also called "cultivating diamonds." Using pure graphite ion spraying to produce miniature pure carbon diamonds (purity up to 99.9%), you can see through an atomic microscope So far, the pure carbon microstructures have gradually merged and wrapped around the Cancrie core crystals, and continue to grow to form a perfect Kakri diamond.
As you know, there are two forms of natural pure carbon, one is graphite and the other is diamond. The "amorphous diamond growth process" controls the entire environment to grow into diamonds instead of graphite. This is the key to the technology. First we use "ion implantation technology" to inject carbon into Cancrie crystals, then we use these carbons as "seeds" to grow them. Next, these tiny diamonds infiltrate the crystals using the "amorphous diamond growth process". Give Cancrie a layer of pure synthetic diamond to wrap the entire surface of the stone.

Kakri is a Chinese translation of Australian jewellery brand Cancrie. In October 2012, scientists in Melbourne, Australia announced that they had discovered a beautiful planet made up of diamonds in the Cancer constellation 40 light years away from Earth. When women around the world saw this news, they invariably fantasized that they could take a spaceship to pick up this dazzling diamond and make it their own. However, this is always just a dream, and there is still a lot of money to pay for owning an exclusive diamond. In order to enable women around the world to realize their dreams, the founder of Kakri named the brand after the planet, leading women around the world to their dream journey.

Cancrie Brand Origins

1. Women's dream journey: According to surveys, it is almost impossible for 90% of women in the world to own a carat diamond, and Kakri laboratory diamonds give women around the world a chance to realize their dreams. Diamonds have the same composition and characteristics, so that women can enjoy the same respect.
2. Moral diamonds: The mining of natural diamonds may involve acts or phenomena such as slavery, child labor, sacrifice, etc. Laboratory diamonds are synthesized in the laboratory and will not damage the environment or sacrifice blood.
3. Don't damage the ecological environment: Diamonds are formed after millions or even billions of years. The mining of natural diamonds will damage the surrounding ecological environment, while laboratory diamonds are synthetic, and pollution-free will not damage the environment.
4. High-tech products: Laboratory diamond production technology is the embodiment of human wisdom, but also a product of high-tech development. The use of scientific and technological power to produce beautiful and flawless diamonds is a major progress. 5. Civilized development progress: If it is no longer Based on the destruction of the environment and the mining of billions of years of original treasures as the basis for development, then it can be regarded as the real development of social civilization. It is a noble act to use high-tech products to meet the demand for the pursuit of beauty and luxury.
6, without losing preciousness: Natural diamonds have always been highly respected due to the rare and precious concept. Nowadays, only large carat colored diamonds have collectible value. Good quality laboratory diamonds can be compared with natural diamonds, and the price is equally valuable.

Compared with Swiss diamond (zircon): Kakri diamond and zircon have a huge difference in cut refractive index. Standard cubic zirconia is machine-cut instead of natural diamond. Cubic zirconia will look bright and glassy. Standard zircon is hydrophilic. Skin oils, soaps, and dirt will stick to it and be quickly absorbed into the stone, forming a cloudy and foggy appearance, even within hours of wearing it. Cancrie is non-porous, does not absorb, and can be easily removed.
Compared to Mozanne stone: Mozanne stone has more sparkle, fire and gloss than diamond, but it has double refraction (each facet edge looks like two), which will give a lot of lighting conditions. The stone adds a "blurred distortion" appearance. Zircon does not flash (returns white light) compared to a diamond that has more fire (returns colored light), but is unirefringent like a diamond. Kakri diamonds have the appearance and single refraction that are closest to natural diamonds, and have richer fire colors, more dazzling than natural diamonds, pure and free of impurities.
Contrast from gloss: Cancrie also provides the same diamond luster and mosanite luster as diamonds, while standard cubic zirconia gloss is sub-diamond effect and has the same ability to catch light as natural diamonds.
Kakri diamonds have a special pure carbon diamond skin that makes them harder and away from scratches. The perfect Chinese diamond cut makes it look like a natural diamond.

Clarity: VVS1

Cut: excellent

Color: DG

Hardness: friction type 8.9-9.0, closest to natural diamond

Dispersion: 0.065, 1.47 times the refraction of natural diamond: single refraction