If you are looking to upgrade some of the fiber optic systems in your business or if you want to perfect your technological products with high-end materials, then you should look at using sapphire as one of the main componenets. Sapphire has a variety of qualities that make it an ideal material for technological manufacturing and general implementation. Keep reading to learn about a few of these qualities:

Transparent and Hard

Sapphire is often used in fiber optics, prisms, domes, plates, and wafers due to its unique crystalline structure that contains extremely large crystals and granules. This helps to produce a rock with few inclusions. In other words, light can easily pass through the material without refracting or breaking up.  The naturally transparent nature of the stone is possible due to the mineral makeup of it. Specifically, aluminum oxide, titanium, chromium, iron and other minerals combine to create it. While these elements do create the sapphire, impurities do reduce the clarity. When sapphires are chosen for technological uses, the purest sapphires are utilized. Coloring of the rocks is not a concern, so this helps to reduce costs.

Not only are the sapphires transparent, but they are quite hard. They sit at a nine on the Mohs scale. This can be compared to diamond that sits at ten on this scale. This ideal hardness means that the sapphire can be used in a variety of applications, including industrial ones, and breakage is not going to be an issue. 

Stabile and Temperature Resistant

While most minerals are stable, sapphire has the advantage of being highly stable under extreme conditions. Specifically, the rock can withstand a great deal of heat and remain intact at temperatures that exceed 2,500 degrees Fahrenheit. These temperatures are seen when pressure is applied to a device or a piece of equipment, and melting or cracking is not a concern when this happens. 

The rocks can withstand the high temperatures for long periods of time, so the sapphire can be used in applications where the stones are continually stressed. 

Impact and abrasive stress can be applied to the stones as well, and so can chemical stresses. The sapphires will retain their crystalline structure in harsh conditions with cleaving or chipping. This means that clarity will remain and the stones will allow for light transfer over time regardless of conditions.

If you want to know more about sapphire and its possible applications in your business, then speak with a manufacturer. Contact a company like Summit Sapphire for more information and assistance.