In a world where there are products that help us in gaining benefit through one way or the other, we, as customers, need to understand why the companies are selling products like sapphire lens and sapphire windows at a grand scale? But before we figure that out, we have to understand that once we have grasped the concept of availability of these different materials, we have to see for ourselves what’s so distinct about them, and how these differences make them useful for different purposes.
Judging the differences
To fathom the use of different materials, let’s take up two of them, because understanding their individual properties will help us gauge the areas where each one of them shines. For instance, when it comes to sapphire lens, it’s not only scratch resistance, but also built to last heavily rough conditions so that one can use it no matter where they are, and with the surface hardness of only one less than diamond, it becomes an expensive material, yet a useful one.
However, when it comes to UV fused silica windows, they’re almost completely heat and crack/shock resistant, which means using them in your lab, or let’s say any apparatus made out of UV fused silica, can turn out to be helpful if your job requires you to work under certain rough conditions (for instance a lab of an experimental physicist).
In a manner of explaining, the different features of these two materials make them useful in their own right and in different ways.
Understanding which material is useful in what area
Let’s talk about the tensile strength of both sapphire and UV fused silica glass. Therefore, if we take a look at the former material, we’ll get to know that when it to this, the tensile strength of sapphire is 40-58 thousand psi, whereas the tensile strength of UV infused silica is about a million psi, and even this is theoretical, it is considered to be a better option where sapphire can’t be used.
Similarly, when it comes to optical absorption, according to some tests that are conducted to study both these materials, it is an evident conclusion that when sapphire lens are used, they absorb more bands under concurrent irradiation thermal annealing at 800 degrees Celsius. This makes sapphire a better choice.
But then again, if we look at UV infused silica, we will notice that their high chemical purity is much more helpful when used in a controlled environment. Sapphire, as a material, has its own properties like being almost entirely chemically inert, but it’s simply seen as a plus point, and not a primary feature.
So what should you learn from all these details?
From all these details, you need to understand that there are a lot of variables to consider before you decide which material you should choose. But most importantly, you need to know about companies like COE Optics that excel in making the finest sapphire lens, sapphire windows, and also, products from different materials like UV infused silica windows. When you have such a company, you can make a decision that you won’t regret later
