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Flaming Diamond Bracelet 14K Rose Gold
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8.75 gram
| Product Details | |
|---|---|
| Product Code | MD-BR00009-14K-R-G |
| Diamond Weight | |
| Gold Weight (approx) | |
| Solitaire | |
|---|---|
| Color & Quality | |
| Total No. of Diamonds | 13 |
| Each Solitaire Weight | |
| Total Solitaire Weight | |
| Price Breakup | |
|---|---|
| 14K Rose Gold | |
| Diamonds | |
| Making | |
| Total Taxable Amount | Rs. |
| GST | Rs. |
| Total Price Including Certification & Hallmark | Rs. 104,238.58 |
Made Just for you
At our San Francisco design studio, our team designs every ring to delight you, from the first time you see it and every day after. We carefully consider the entire piece-obsessing over comfort, quality, and durability so you can cherish it for a lifetime.
Classic elegance defines this delicate setting, featuring a thin precious metal band that glimmers with diamond accents. The dazzling band tapers towards the center gem, which is embraced by a pear-shaped diamond accent on each side (1/5 total carot weight).
Classic elegance defines this delicate setting, featuring a thin precious metal band that glimmers with diamond accents. The dazzling band tapers towards the center gem, which is embraced by a pear-shaped diamond accent on each side (1/5 total carot weight).
Classic elegance defines this delicate setting, featuring a thin precious metal band that glimmers with diamond accents. The dazzling band tapers towards the center gem, which is embraced by a pear-shaped diamond accent on each side (1/5 total carot weight).
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HOW ARE LAB-GROWN DIAMONDS MADE? AND ARE THEY REAL?
Absolutely ‘yes’. They are real. There are a few methods used to create lab-grown diamonds. Typically, lab-grown diamonds start with a tiny lab diamond, like a seed. The seeds are placed in a chamber called a plasma reactor (in the case of CVD synthesis) or a large mechanical press (if manufactured by HPHT). Then, depending on the technology used, some combination of heat, pressure and a carbon source are used to make the crystals grow, layer by layer.
WHAT IS HPHT METHOD?
HPHT stands for high pressure high temperature.
This method mimics the conditions under which diamonds naturally form. Large mechanical presses are used to apply extreme pressure and high temperature to carbon in the presence of a diamond seed. The seeds act as a template for a lattice of carbon to grow layer by layer over the course of a few days.
LAB-GROWN DIAMONDS VS. DIAMOND SIMULANT (CZ AND MOISSANITE)
While they may look similar, diamond simulants (like cubic zirconia) are chemically not diamonds at all. They’re completely different gems and materials. On the other hand, lab-grown diamonds are chemically the same as natural diamonds, but their creation process is sped up by science.
What is a simulated diamond?
Diamond simulants and lab-created diamonds often get mixed up, but they’re completely different. A diamond simulant is not a diamond at all, because the chemical properties are completely different. They can be made out of anything from glass to cubic zirconia. While they may look similar at first, diamond simulants aren’t as hard and don’t have the same optical properties as diamonds, so they’ll show signs of wear and won’t be as sparkly.
Lab-grown diamonds vs. Cubic zirconia
Cubic zirconia was created to be a less expensive alternative to diamonds. It’s chemically completely different, not as hard and lacks the same sparkle. It’s also not considered a gemstone because it can’t be found in nature. It’s made from powdered zirconium and zirconium dioxide, melted together and formed into a stone.
Lab-grown diamonds vs. Moissanite
Moissanite is a completely different gem, that tends to be less expensive than a diamond. It started out as a naturally occurring mineral, but natural supply wasn’t enough to make even the smallest pieces of jewelry. Scientists then found a way to replicate it in a lab to make it commercially available. While it might look like diamond it’s a much lower grade on color and hardness.
WHAT IS CVD METHOD?
CVD stands for chemical vapor deposition.
Lab grown diamond seeds are loaded into a CVD reactor. Then, a mix of gasses containing carbon is added at a very low pressure. Microwaves are added to heat the gases and generate a plasma. When the temperatures climb over several thousand degrees, the gas molecules break apart and carbon atoms bond to the seeds, growing them one layer at a time.