Classic Oval Cut Lab Grown Diamond Solitaire Pendant
18 KT / 2.00 Ct / D-VS1
₹ 92,245
Sale price
₹ 92,245
Regular price
₹ 1,09,549
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Classic Oval Cut Lab Grown Diamond Solitaire Pendant
₹ 92,245
Sale price
₹ 92,245
Regular price
₹ 1,09,549
Inclusive of GST.
Free, insured delivery across India.
This is an estimated price. Your final price is confirmed once your piece is crafted, and we will let you know of any change.
Make it yoursCustomise your piece
18 KT2.00 CtD-VS1
IGI certified · BIS hallmarkedProof of what you own, independently graded
See it before it's yoursLive video call with our jewellers
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Product details
The specification
SKU DDPO-001-OV
- Purity
- 18 KT
- Colour
- -
- Net weight
- - g
- Hallmark
- BIS
- Setting
- 4 Prong
- Chain
- Not Included
Description
A perfect Oval Cut Lab Grown Diamond Solitaire Pendant, made to accentuate the brilliant sparkle of a single oval shaped diamond. This lovely pendant has an exquisite elongated shape, adding elegance to your style, and a traditional four prongs diamond setting that highlights the center stone by allowing maximum light exposure from all sides.
This Solitaire Pendant in Gold is created in a way to keep a modern minimalistic appearance and at the same time, retain an air of elegance that will keep on captivating you for decades to come. A piece of jewelry that is perfect to treasure every day, and on special occasions.
Customize your pendant to your liking by choosing the size of your center diamond. With an option of 2.00 CT, 2.50 CT or 3.00 CT lab diamonds, each one of them is sure to bring out the inner radiance of any individual.
Atelier Notes
Considered from the stone outward.
Every Diamos piece begins as a drawing. These are its notes: the stone you have chosen, the geometry that makes it come alive, what holds it, and the gold it is made in.
The notes for Classic Oval Cut Lab Grown Diamond Solitaire PendantGrown, then graded independently before it is ever set. We choose only the colourless grades, D, E and F, so what you see is pure light, never a tint.
Of the four Cs, cut is the only one shaped by human hands, and the one you see first. Colour and clarity describe the stone; cut decides how much light it gives back. Cut too shallow, light slips through and the centre looks glassy. Too deep, it leaks away and the centre turns dark. Ours are cut to IGI's highest grades, so the light comes back to you.
The stone sits high and open, so light can reach it from every side. Each claw is shaped and set by hand to hold the stone securely while covering as little of it as possible.
Pure gold is too soft to hold a diamond, so it is alloyed for strength and colour. The number tells you how much fine gold is in every thousand parts, and the hallmark proves it.
Of Earth and Light
The same fire, without the scar.
A mined diamond begins with a hole in the earth. Ours begins with a seed, a sealed chamber and the sun. Chemically, physically and optically it is the same diamond. Only the way it comes to be is different.
MinedPlate V
GrownPlate VI
Plate V · MinedForest cleared, earth terraced, rock hauled out to reach the kimberlite.
Plate VI · GrownA diamond seed, growing layer by layer, powered by the sun.
Draw the line to compare
Aspect
Mined
Grown, by Diamos
I.Origin
Formed under heat and pressure deep in the earth, then dug back out of it.
Grown from a sliver of diamond, in those same conditions recreated above ground.
II.The land
Open pits can reach a kilometre across. Forest, soil and habitat are cleared for pits, roads and waste dumps.
No pit and no clearing. Nothing is taken from the ground to reach it.
III.Energy
Diesel-driven excavation, hauling and ore crushing.
Grown with solar electricity. The sun does the work.
IV.Provenance
Can pass through many hands between mine and jeweller, so its origin is often hard to trace.
Traceable from seed to setting, and graded independently by IGI.
V.Value
The price carries the cost of extraction and a long supply chain.
The same diamond for far less, so more of your budget goes into size, cut and design.
◇The diamond itself
Identical, atom for atom. Pure carbon, hardness 10, the same brilliance and fire. Only its origin is kinder.
What your diamond leaves in the ground
What a mined 1.00 ct would have taken from the earth.
Carat weight
Land disturbed
9.3m²
Grown0.01 m²
Earth & rock moved
2.6tonnes
Grown0.5 kg
Water used
477litres
Grown68 L
Same brilliance. A lighter touch on the earth.
Lab-grown diamonds are real diamonds, not simulants, graded on the same scale as mined stones. Diamos diamonds are grown using solar electricity. Per-carat figures are industry estimates from Frost & Sullivan, Environmental Impact Analysis: Mined Diamonds vs. Lab-Grown Diamonds (2014); the impact of any one mine varies.
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The pieces chosen most often, at our boutique and online.
