Lab diamonds are a popular choice for many diamond users because of their beneficial features. Professionals use innovative and unique methods for producing lab diamonds. Lab diamonds provide the same properties as natural diamonds but their production procedures are different from natural diamonds. Considering the increasing popularity and better usage of lab diamonds, users are interested in knowing how are lab-made diamonds created. This can help them understand the production and usage of these diamonds efficiently. You should also check out the lab grown diamond engagement rings designs.
How Are Lab-Made Diamonds Created? 3 Beneficial Aspects To Consider
The following are the important aspects that can help you understand how are lab-made diamonds created.
HPHT Formation Procedure
The first aspect is that in the high-pressure high-temperature procedure, professionals create specific conditions. That are formed in traditional diamond production procedures leading to the creation of lab diamonds.
- The production procedure in HPHT involves placing a small diamond steel crystal into the growth chamber. With a source of carbon which is mostly graphite. The chamber is placed into specific conditions providing an incredible amount of temperature and pressure. Which helps in converting carbon into diamond.
- Under the pressurized conditions, carbon atoms start making a connection between graphite and diamond seed crystal. Diamond crystal grows slowly which can take from days to weeks.
- After achieving the specific-sized diamonds, the chamber is cooled down and the pressure is released. After that, the new diamonds are extracted from the chambers carefully.
- This method is useful for producing diamonds of different sizes and quality. According to the specific level of temperature and pressure maintained.
CVD Creation Method
The second aspect is that you should know about the chemical vapor deposition procedure for forming lab diamonds. In this procedure, useful steps are used to increase the purity and structural properties of lab diamonds.
- When this procedure begins, a diamond seed crystal is placed in a vacuum chamber. The chamber is full of a gas mixture which is full of hydrogen, carbon, methane, etc. This gas mixture is heated to an extreme temperature with the help of a microwave plasma or hot filament.
- This heating ionizes the gases, breaking down the methane into carbon atoms and hydrogen into atomic hydrogen. The carbon atoms help in bonding the diamond seed crystal layer by layer.
- Then atomic hydrogen helps in this process by reacting with non-diamond forms like graphite and engraving them away. Which ensures only quality diamonds remain.
- After the diamond has gained a specific size and form, the procedure is stopped. And the diamond is taken out of the chamber. However, these diamonds can undergo various procedures to change their color and clarity levels.
- People who prefer to have the least impurities on their diamonds love to purchase diamonds made from the CVD method. Get further information from Bliss Diamond.
Specific Considerations
- The third consideration is that whatever type of production method is used for the formation of lab diamonds. Your diamonds can get incredible qualities and features.
- These diamonds can be used in various fields whether they are used in jewelry or industrial fields. Both these fields require utmost hardness and heating conductivity which can be cutting, grinding, drilling, etc.
- An important consideration for using lab diamonds is that they have less impact on the environment. Because they are produced in a controlled environment.
- People who are interested in using something ethical and environment-conscious can use lab diamonds.