Diamond Coated Crystals
The diamond coated crystal is an extremely hard, optical transmissive material, coated with a thin layer of diamond. The diamond coating is just a few nanometers thick, which allows it to maintain its optical transparency. The diamond coating is deposited on by vapor deposition, which involves the use of a gas to deposit the diamond onto the substrate, such as quartz or sapphire. The diamond layers are generally around 5nm thick, though it may range from 1-20nm depending on the application.
The diamond coated crystal is highly durable and corrosion resistant, making it an ideal material for a numerous optical applications. It also offers excellent heat resistance and can withstand temperatures up to 600 degrees C. The diamond layers are also very resistant to scratching and abrasion, with a reported hardness of 77GPa and a Mohs hardness of 9. The diamond coating also greatly increases the refractive index of the substrate, allowing the crystal to better focus and reflect light.
The diamond coated crystal can be used in a variety of different industrial and commercial applications such as lasers, telescopes, microscopes, binoculars, cameras, and other optical systems. The diamond coating provides increased clarity and crispness, as well as higher light efficiency, when compared to uncoated materials. This makes it ideal for producing advanced optical systems and devices.
The diamond coated crystal can also be used for dielectric filters and wave plates, which are vital components of optical systems. Wave plates specifically control the polarization of light, allowing for greater control and accuracy of optical systems. The diamond coating helps to ensure the plates perform to specification, because of its extremely high refractive index and durability.
The diamond coated crystal also offers increased surface hardness and wear resistance when compared to its uncoated counterparts. This makes it the perfect choice for wear parts and contact surfaces, such as chemical sensing probes and probes used in chemical analysis. The diamond coating also helps to reduce buildup, allowing for improved performance.
The diamond coated crystal has become an essential material for many optical applications in both industrial and commercial sectors. Its high refractive index, durability, and wear resistance make it a must-have for any optical system. Its also relatively affordable, making it easily accessible for multiple industries. As technology advances, and optical systems become a larger part of our everyday lives, the diamond coated crystal will even further cement itself as a must-have material for applications requiring precision and accuracy.
