01
WHO WE ARE
WE'RE iLABDIAMOND
ILABDIAMOND is a company that manufactures stunning lab-grown diamonds and supply directly to the customer. We are very well known for our quality and trust. We make people smile after buying our diamond. We always stand for any inconvenience that happened to us.
We make various types of shapes and sizes of diamonds for our customers. We also make customize diamonds on customer demand. Like Round, pear, oval, princess, etc... We are Asia's largest lab-grown diamond manufacture and trader for 10 Years. our strategy to empower retailers and add significant value to their business and ensure human well-being
02
WHAT WE DO
Lab-Grown Diamond
The World's Leading Manufacturer and Trader for Lab Grown Diamonds.
Manufacturer
A state-of-the-art factory sprawled over a whopping 1 lakh square feet area with world-class equipments and over 6000 efficient workers.
Trader
ILABDIAMOND is one of the industry’s prominent Diamond Traders with a presence and alliances across the globe.
03
Lab-Grown Diamond
What is Lab-Grown Diamond
A lab-created diamond is “grown” inside a lab using cutting-edge technology that replicates the natural diamond growing process. The result is a man-made diamond that is chemically, physically, and optically the same as those grown beneath the Earth’s surface. The only thing that makes a lab-created diamond different from a natural diamond is its origin.
04
Process
How They Made?
There are two methods to produce Lab-Grown Diamonds.
CVD Method:
A CVD ("Chemical Vapour Deposition") diamond grown by microwave plasma technology is the highest-quality diamond, though it’s man-made diamonds, with properties equal to or better than natural diamonds. They are grown in a highly-controlled environment, using advanced technical processes that replicate the natural method of diamond formation.
HPHT Method:
On the other hand, HPHT puts a pure, solid carbon source under high pressure and high temperature. In the presence of a catalyst, the pressurized and heated carbon crystallized into a diamond. HPHT is sometimes used to improve the color of mined or lab-grown diamonds.
01
WHO WE ARE
02
WHAT WE DO
03
Lab-Grown Diamond
04
Process
WE'RE iLABDIAMOND
We are manufactures of stunning lab-grown diamonds and supply them directly to the customer. We make diamonds that are the hardest material on Earth, and for centuries they have been associated with love and beauty. Some people pay heaps of money for a diamond ring as an engagement present to their significant other. Still, there is another option: lab-grown diamonds, which are identical in nearly all respects to mined stones. Lab-grown diamonds come out of a machine that simulates the conditions under which natural diamonds are created deep underground. The machines make precise cuts and shapes using carbon gases and high-pressure vessels, which results in gemstones indistinguishable from those formed over millions of years by plate tectonics. In addition, lab-grown diamonds cost significantly less than mined stones, making them attractive alternatives for environment-conscious customers.
PROCESS OF MAKING
LAB-GROWN DIAMOND
Diamond Seed
Diamond seed is when you take a very small part of the diamond (Usually with the best strongest property growing pattern) to grow synthetic diamonds in the labs. As you may be aware Synthetic diamonds came long back, so they have been taking “Diamond Seeds” from the actual diamonds since a very long time back.
Plasma of Superheated gases
The characteristics of diamond synthesis by microwave plasma chemical vapor deposition (CVD) under pressures greater than atmospheric pressure were investigated. The deposits on Si substrates were identified by scanning electron microscopy and Raman spectroscopy.
High-Pressure High Temperature
The process then provides the use of separate sealed vessels wherein the diamonds are respectively submerged in strong caustic and acid solvents, and heated to high temperature. with associated high vaporous pressures, for durations of possibly more than a day.
Layer of Carbon-hydrogen
The hard amorphous hydrogenated carbon films (a-C:H) belong to the class of materials called diamond-like carbon (DLC). These materials are designated as DLC due to their superlative properties, similar to that of crystalline diamond, such as high hardness, low friction coefficient, high chemical and wear resistance, and high electrical resistivity.
Rough diamond removed from Reactor
The method includes a step of heating the diamond-coated body at a predetermined temperature in a reactor at a predetermined reduced pressure, while introducing an oxygen gas into the reactor at a predetermined flow rate, for burning the diamond coating to thereby remove the diamond coating from the substrate.
Cutting and polishing
The five basic steps to cutting a diamond are: sorting the rough, planning for manufacturing, cleaving or sawing the rough into a preliminary shape, shaping the girdle, and polishing the facets. Decisions at every step of the process affect the value of the final polished gem.
DIFFERENCE BETWEEN
LAB-GROWN & MINED DIAMOND
MINED DIAMOND
This Involves Moving
1000’s Acres Of Soil
To Mine Diamonds
98 square ft/carat
LAND EXCAVATED
LAB-GROWN DIAMOND
No Mining Is Required,
Therefore There Is No
Soil Movement
0.0076 square ft/carat
MINED DIAMOND
High levels of CO2 pollution
57010 grams / carat
CARBON EMISSION
LAB-GROWN DIAMOND
Negligible air pollution
0.02 grams / carat
MINED DIAMOND
Hundreds of gallons of water used
127 gallons/carat
WATER USAGE
LAB-GROWN DIAMOND
Minimal water used
18 gallons/carat
MINED DIAMOND
Miners work in a dangerous environment
High risk work environment
SAFETY
LAB-GROWN DIAMOND
High safety standards are employed in the laboratories
Low risk work environment
WE CREATE AMAZING DIAMONDS
OUR PRODUCTS
ROUND
MARQUISE
PEAR
EMERALD
PRINCESS
OVAL
CUSHION
old european cut
ASSCHER
HEART
WHY TO PREFER
LAB-GROWN DIAMONDS
Today Lab-grown diamonds are becoming a popular choice for jewellery. These diamonds have the same physical, optical and chemical properties as mined diamonds do. Lab-grown diamonds also possess all of the qualities that make diamond so special – fire, brilliance, lustre and scintillation. Lab-grown diamonds even exhibit a type of fluorescence that causes them to glow a distinctive blue colour under ultraviolet light – just like a mined diamond!
| DIAMONDS | NATURAL DIAMONDS | LAB-GROWN DIAMONDS |
|---|---|---|
| Design |
|
|
| COLOR | F | F |
| WEIGHT | 1.0 | 1.0 |
| CLARITY | VS1 | VS1 |
| PRICE | 6000 $ (Very Expensive) | 500 $ (Less Expensive) |
| BUY BACK VALUE | 4200 $ (1800 $ Loss) | can use free for lifetime no need resale |
Conclusion
The Above Table Clearly Shows That Mined Diamonds Are More Expensive than Lab-Grown Diamonds, and Mined Diamonds Do Not Get Much Buyback Value. Lab grown stones cost less than traditional mined diamonds because they require less mining, processing and cutting.
Customized Diamond
Start Using Our Latest Service That Helps You To Build The Perfect Diamond For Yourself.
Customize Your Own Diamond
We pride ourselves on our unbeatable customer service and we know you will find the same.
Our support staff is here to help 24/7 with any problems, questions or concerns you might have. Each agent is extensively trained with knowledge not only about our products but also about industry developments and technological advancements. We don't just want to be your provider - we want to be your partner in success!
We would love for you to give us a try today and see what makes us different from the others. You can choose to customise a diamond as per your needs or contact one of our agents now to create a personalized diamond for you!
WHY CHOOSE US
As an industry-leader in diamond production we make it our priority to provide you with superior diamonds for all your needs. Choose us and discover the difference. At iLab Diamond, we believe that everyone should be able to afford a truly superior diamond.
If you value quality, choose iLab Diamond as your supplier of lab grown diamonds!
