Synthetic diamonds have several advantages over mined diamonds. They are less expensive, environmentally friendly, and reflect natural diamonds perfectly. In addition, they are transparent to UV, visible, and infrared light. This makes them perfect for engagement rings. Here are some of the other benefits of manmade diamonds:
Synthetic diamonds are cheaper than mined diamonds
While the price of mined diamonds may be higher, the synthetic counterpart is considerably less expensive. The production process of synthetic diamonds uses less equipment, manpower, and resources. The final price of lab-grown diamonds is less than half the price of mined diamonds. Increasing demand for diamonds is largely influenced by economic trends. Since diamonds are a luxury item, their price tends to increase with slower economic growth.
They are ethical
Are Manmade Diamonds Ethical? The process Shop diamonds in Calgary of creating these gems is quite lengthy and complex. Every stone must be mined, transported, cut, polished, graded and shipped to various parts of the world. It is not always possible to trace the ethical practices in each stage of this process. Some companies may even claim to produce conflict-free diamonds but these can never be 100% guaranteed. There are also many other issues in the supply chain, including human rights violations and environmental degradation.
They mirror natural diamonds
Lab-grown diamonds are one of the many kinds of manmade diamonds. These stones are produced above ground and exhibit similar optical and chemical properties as natural diamonds. These gems are usually larger and less expensive than their natural counterparts. However, they are not fakes or imitations. While they are made of carbon, they do not have any traces of oxygen, hydrogen, or nitrogen. Therefore, they are a far better choice for jewelry.
They are transparent to UV, visible and infrared light
The properties of a man-made diamond are such that it does not absorb ultraviolet, visible or infrared light. These properties depend on the absorption coefficient of diamond, which follows an inverse exponential relationship with wavelength. Absorption of wavelengths longer than 225 nm is very weak, whereas that of infrared wavelengths is very strong. The extent of absorption of a diamond depends on its type.
They are made under high pressure and high temperature
Diamonds are formed deep within the Earth’s crust. Temperatures are 900-1300 degrees Celsius and pressure is about 50,000 times greater than at the surface of the earth. They are so rare and expensive because they were formed millions of years ago. But how can diamonds be created? Scientists in Australia claim to be able to create diamonds in a matter of minutes at room temperature.