Sale!

2.32 Carat Round Shape Lab Grown HPHT Diamond

Original price was: ₹468,000.00.Current price is: ₹72,152.00.

561 in stock

Add to Wishlist
Add to Wishlist

Description

The 2.32 carat round shape Lab Grown HPHT Diamond is a magnificent creation that combines advanced technology with the beauty of nature. Created through the high-pressure, high-temperature process, this lab-grown diamond has the same physical, chemical, and optical properties as natural diamonds. One of the benefits of lab-grown diamonds is that they are produced sustainably and ethically, without any negative impact on the environment. Moreover, lab-grown diamonds are often more affordable than natural diamonds, making them a great option for those who want high-quality jewelry at a lower cost. The 2.32 carat round shape lab-grown HPHT diamond is an excellent choice for those who want a larger diamond that is still affordable and ethically produced. Its impressive size and round shape make it a great centerpiece for an engagement ring or any other special jewelry. The quality of lab-grown diamonds is also the same as that of natural diamonds, and this diamond is graded using the same criteria as natural diamonds, so you can be sure of its high quality.

Lab Grown Diamond Dealer in Delhi, we provide best quality lab grown diamond at the cheap rate. Our lab grown diamonds are very safe and more durable than normal diamonds, so you can use it without any tension of losing shine & color. Lab Grown Diamonds are the perfect alternative to natural mined diamonds and are a great way to make some headway with your Loved one. These days, a lot of people prefer to know about diamonds for engagement ring purpose. If you are planning a surprise proposal for your Loved one or just want to add some more bling to her/his  existing diamond ring

Additional information

Brands

Ajretail

Certificate Type

IGI

Diamond Type

HPHT

Diamond Shape

Round

Diamond Color

D

Diamond Clarity

VS1

Diamond Cut

EXCELLENT

Diamond Polish

EXCELLENT

Diamond Symmetry

EXCELLENT

Origin

India

Reviews

There are no reviews yet.

Be the first to review “2.32 Carat Round Shape Lab Grown HPHT Diamond”

FF44 Metropolitan Mall, Saket New Delhi - 110017 , Delhi
sales@ajretail.com, info@ajretail.com
+91 1149068299, +919990614555

How are Lab Grown HPHT Diamond Made?

Lab Grown HPHT Diamonds are made in a process called chemical vapour deposition (HPHT). During this process, the carbon atoms that make up a diamond are transported from a gas source and deposited onto a diamond seed crystal. The layers that result from this process are so thin (approximately 2 - 3 microns or 1/100th the thickness of a human hair) that they are invisible to the naked eye. The round brilliant is the most popular shape because it has the highest light return, giving a superior level of sparkle and fire without additional cutting.

What are the 4CS and which C is most Important?

The 4Cs of Diamonds are cut, color, clarity and carat. The primary concern is to make sure each C is as effective as possible. Cut is most important as it directly affects brilliance and fire (sparkle), Color has to do with how white the diamond is or whether it has tints of yellow or brown. The four Cs are all equally important as each one supports another.

How do you determine if a diamond is real?

One of the main reasons is to assure them of its authenticity, quality and value. The first piece of advice I would give them is to have their diamonds certified by an independent gemological lab.

Is a round brilliant cut diamond good?

This is a round brilliant cut diamond. It has 56 facets, which allow maximum amount of light to enter the diamond, giving it a fire and sparkle. This is what makes this cut so beautiful.

Why round brilliant cut is more expensive?

It’s more expensive because it takes longer to produce, and it looks more flashy than other cuts. It’s also cut so that the facets reflect light rays, which makes it sparkle more. Round brilliant is the most popular style in cut diamonds, and that’s why it’s more expensive.