Lab diamonds are manufactured to meet the increasing ethical and environment-friendly requirements of diamond users. Lab diamonds have been produced and introduced by human inventions and technological procedures. Diamond lovers are shifting from natural to lab diamonds because of their sustainability and minor impact on the environment. But many consumers want to know what is a lab-grown diamond made of. You can get further details related to lab diamonds from Bliss Diamond.
4 Important Aspects To Learn What Is A Lab-Grown Diamond Made Of?
The following are the important aspects of understanding the manufacturing of lab diamonds.
Chemical Composition
The first aspect is that lab diamonds are formed with high-quality carbon atoms. Which are arranged in a carbon lattice structure, similar to natural diamonds. This incredible and uniform structure helps diamonds to be pure and hard while reflecting light properly. This carbon structure also helps in deciding the specific quality and clarity levels of diamonds. Whether they are natural or lab diamonds.
Production Procedures Of Lab Diamond
The second aspect is that two important procedures are used for producing reliable lab diamonds. High Pressure And High Temperature (HPHT) and Chemical Vapor Deposition (CVD) procedures are used by lab diamond manufacturers. Which maintain the specific conditions required while creating natural diamonds. The minor difference is they are created in a laboratory while natural diamonds are produced. Under the Earth’s mantle for several years. HPHT procedure requires too much pressure and heat which helps in the formation of high-quality and bigger diamond crystals.
After some weeks. Lab diamonds produced by this method also contain metallic inclusions which prove beneficial. While differentiating between lab and natural diamonds using a microscope. The CVD method helps in forming lab diamonds by introducing different gases like methane and hydrogen which are heated. To convert carbon atoms into layer-by-layer diamond crystals after several weeks. CVD-produced lab diamonds contain fewer metallic impurities and they show proper growth patterns when checked with specific equipment.
Inclusions, Blemishes, And Impurities
The third aspect is that both natural and lab diamonds contain impurities, blemishes, and inclusions which are small imperfections. And foreign objects within the diamonds that occur during manufacturing diamonds and affect the transparency and value of diamonds too. Lab diamonds contain metallic flux and graphite inclusions but still produce high-quality diamonds.
Optical And Physical Properties
The fourth aspect is that lab diamonds contain the same optical and physical properties as natural diamonds. And have similar fire, transparency, clarity, and all other features and qualities. That make natural diamonds so attractive and visually appealing. Lab diamonds also have the same hardness level and weight as natural diamonds which weigh 10 on the Moh scale. Ensuring both of them are usable in jewelry and industrial purposes.