Maximize your profit margins and attract ethically conscious consumers with our CVD Diamonds, offering a competitive edge through lower costs and increased market appeal.
CVD diamonds, or Chemical Vapor Deposition diamonds, are lab grown diamonds created by depositing carbon atoms onto a diamond seed in a controlled environment. This process produces diamonds that are chemically, physically, and optically identical to natural diamonds, offering an eco-friendly and cost-effective alternative without compromising on quality or appearance.
Yes, CVD diamonds offer the same real quality as mined diamonds but come with a smaller price tag
CVD diamonds are authentic diamonds, created through a process that mimics the natural formation of diamonds but in a controlled laboratory environment. This method allows for precise control over the growth conditions, resulting in diamonds that often exhibit fewer inclusions and impurities compared to natural diamonds, enhancing their clarity and brilliance.
Additionally, the ability to produce a wide range of colors and sizes offers greater customization options for jewelry designers and consumers alike. This shift in consumer preference is transforming the jewelry industry, positioning CVD diamonds as a mainstream choice for engagement rings and other fine jewelry pieces.
Experience the precision and innovation of our CVD diamond production process, designed to deliver exceptional quality and consistency for your business. Our advanced techniques ensure that each diamond meets the highest industry standards, offering you a reliable and sustainable product that appeals to today’s discerning consumers.
CVD diamonds offer a range of compelling benefits that make them an attractive choice for both consumers and retailers. They provide unique advantages that go beyond being eco-friendly or affordable.
Not all lab grown diamonds are CVD diamonds. Lab-grown diamonds can be produced using two primary methods: Chemical Vapor Deposition (CVD) and High Pressure High Temperature (HPHT).
CVD diamonds are grown in a vacuum chamber where carbon-rich gases are transformed into plasma, allowing carbon atoms to deposit layer by layer onto a diamond seed. In contrast, HPHT diamonds are created by mimicking the natural diamond formation process, using high pressure and temperature to transform carbon into diamond around a seed.
Both methods produce genuine diamonds with the same chemical and physical properties as natural diamonds but differ in their growth processes and some characteristics.
Since diamonds are one of the most durable substances on earth, that doesn’t mean they do not need maintenance. Diamond and diamond jewelry requires some care and cleaning to sustain their quality and spark.
The price is relatively low compared to mined diamonds. The reason is not so straightforward, natural diamonds are mined, and it’s associated with colossal mining costs and hence exceedingly pricey; only one of the reasons. To extract a single diamond from the depths of the earth’s mantle requires a load of human and material resources. This exhausts the resources and leads to a substantial ecological loss. On the other hand, CVD diamonds are produced with the help of technology and pure carbon atoms devoiding chemical impurities. (carbon is an element present in everything in and around us).
Lab grown CVD diamonds are almost 30% to 40% cheaper than their natural counterparts of the same grade.
| Diamond Type | Cut | Clarity | Color | Carat | Price |
|---|---|---|---|---|---|
| Natural diamond | Princess cut | SI | G | 1.00 | 4133$ |
| Lab grown CVD diamond | Princess cut | SI | G | 1.00 | 2480$ |
CVD diamonds are thus, not only eco-friendly and sustainable but also economical. Switching to CVD diamonds is a wise decision and a step towards a changed attitude concerning our planet and its sustainable future. You can buy a near-colourless CVD lab diamond for the price of a lower-colored (I, J, K) colored earth mined diamond.
CVD diamonds are authenticated through rigorous certification processes conducted by reputable gemological institutions, primarily the Gemological Institute of America (GIA) and the International Gemological Institute (IGI). These certifications provide a comprehensive assessment of a diamond’s quality based on the 4Cs: carat, color, clarity, and cut.
Benefits of CVD Diamond Certification :
Unlock the brilliance of Finegrown Diamonds and elevate your offerings with a product that embodies both innovation and integrity. Our CVD diamonds are crafted with precision, resulting in superior quality and purity that surpasses traditional options. By choosing us, you provide your customers with ethically sourced, conflict-free gems that align with modern values of sustainability and responsibility. We have a smooth payment method, fast delivery, 24/7 service, and flexibility according to your needs.
We provide only qualitative diamonds with certification and make sure you get an appropriate discount on every purchase.
Completely not, they are different from each other. CVD diamonds hold elements like carbon atoms that make CVD diamonds durable and similar to real diamonds, not with the CZ, which does not contain any carbon and is comparatively weaker than CVD diamonds.
Besides their origin, nothing is different between natural and CVD diamonds. By physical, optical, chemical, or thermal CVD diamonds are the same as natural diamonds. Also, CVD is the purest type of diamond, as it is also called IIa diamond.
All diamonds are classified into two types II and IIa. II are the types of diamonds that hold some impurities in them, and IIa are the types that include diamonds considered as having no impurities or inclusion in them. Even in natural diamonds, only 1-2 % of diamonds come in IIa types. But all CVD diamonds are IIa diamonds because of their controlled method and process of growing.
Our scientists have researched for many years how diamonds are created deep in the earth. As a result, we get the secret of the diamond-making process. And now, we can grow diamonds in laboratories through two methods known as CVD (Chemical Vapor Deposition) and HPHT (High-Temperature High Pressure) in just three weeks.
