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WHY CVD Lab Grown Diamonds ?

Bhanderi Lab Grown Diamonds offers excellence through our CVD diamond process. CVD diamonds stands for chemical vapor deposition and is a CVD lab grown diamond process method of inserting our crystallized carbon “diamond seeds” into our lab grown diamonds reactors to produce incredible results.

CVD lab grown diamonds are real diamonds. CVD diamonds hold the same chemical, physical, and optical properties as their naturally mined counterparts. Our CVD lab grown diamonds process involves the same polishing and cutting systems as natural diamonds. Your clients will not be able to tell the difference as you offer a line of stunning CVD diamonds from an industry-leading CVD lab grown diamond process provider like us at Bhanderi Lab Grown Diamonds.

1.
Seed Seed
Seed
2.
Ion inplatatoin Ion inplatatoin
Ion inplatatoin
3.
Growth by plasma CVD Growth by plasma CVD
Growth by plasma CVD
4.
Lift off grown crystal from seed Electro-chemical etching Lift off grown crystal from seed Electro-chemical etching
Lift off grown crystal from seed Electro-chemical etching
5.
Additional growth if needed final thickness from 0.05 to 2.5mm Additional growth if needed final thickness from 0.05 to 2.5mm
Additional growth if needed final thickness from 0.05 to 2.5mm
6.
Polishing Polishing
Polishing
7.
Cut by laser for required shape Cut by laser for required shape
Cut by laser for required
shape
FAQ

There have been replications in skills; however, the technology for growing actual diamonds in the laboratory is relatively new. Here are the answers to frequently asked questions about lab-grown diamonds.

Chemical Vapour Deposition (CVD) is a process used to develop lab grown CVD diamonds.

Chemical vapor deposition (CVD) is a vacuum deposition method used to produce high quality, high-performance, solid materials. The process is often used in the semiconductor industry to produce thin films.

Chemical vapor deposition (CVD) is a technology used for forming solid powders in the gas phase or depositing films on substrates from precursors in the gas phase. Many precursors are liquids or solids under ordinary conditions, and they are first vaporized for use in CVD.

Lab-grown diamonds are cultivated and natural ingredients are placed in an environment created to duplicate nature. As soon as combination of chemical and environmental factors is created, diamond starts growing in the lab. These man-made diamonds have the same physical and chemical properties that are identical to natural.

You can identify CVD diamonds fairly simply. They have a unique strain pattern that doesn't resemble that of natural diamonds and strong red fluorescence. In addition, they lack the typical “Cape Line” at 415 nm on their absorption spectrum. Instead, they present a strong line at 737 nm.

Unlike diamond simulants such as CZ or Moissanite, lab-created diamonds will test positive when using a diamond tester.

Depending on the color and size, it can take between 60-120 days to create a diamond in the laboratory.The CVD process allows carbon atoms to attach to the seed diamond layer by layer. This produces a beautiful, genuine diamond. But the process is a slow one — generally moving at a rate of 0.1-10 microns per hour, for larger surfaces (smaller surfaces grow at slower rates). Estimates vary, but it is generally considered to take about a month to grow a 1ct CVD diamond.

Flawless :

Since CVD diamonds are made in a lab under extremely controlled conditions, they are flawless. They do not have any imperfections.

Conflict Free :

CVD diamonds are devoid of any ethical or ecological issues. These diamonds are guilt-free because they are a comparatively sustainable choice.

Quality :

Lab-grown CVD diamonds have a rigorous quality check process in place and these diamonds are graded just like natural diamonds.

Affordability :

One of the prime reasons why CVD diamonds are sought after is affordability. They are 25 to 30 percent cheaper than natural diamonds.

Not only are lab diamonds as durable as natural stones, but they're also chemically, optically, thermally, and visually identical to earth-mined diamonds. Lab diamonds really do last forever, and there's nothing that will dull the shine or interfere with the brilliance of synthetic diamonds.

Yes! Just like a mined diamond, laboratory grown diamonds can be insured. In fact, by choosing a lab-grown diamond, you'll not only save money on the diamond itself, but you'll also save money on the annual premium of the insurance policy due to the lower overall cost of the insurable piece.

Lab -Grown Diamonds come with 100% Lifetime Exchange and an 80% Buyback at the prevailing rate.

All Lab Grown Diamonds are certified by IGI, GIA, GCAL , or HRD. They are also Laser inscribed with their certificate number.

Yes. GIA has been grading laboratory-grown diamonds since 2007.

Yes, each certified BLGD Created Diamond has a unique ID inscribed on the diamond itself. This information is detailed in your certificate so you can always identify your diamond with the help of a jeweler.

Yes, BLGD produces diamonds in a variety of modern patented and traditional shapes such as round, cushion, princess, ovals, pear, marquise emerald and more.

Yes. BLGD is headquartered in New York and has distribution links across North America, Europe, Asia, Australia and Africa. This lets us create a broad range of jewelry for a wider, global and curious audience and incites demand for diamonds all over the world.

Lab diamonds are as strong and as hard as natural diamonds, both scoring a 10 on the Mohs scale of hardness.