When you hear the word “fiberglass,” you probably picture an old, weathered boat, but have you thought of its many different uses? From boats to airplanes, fiberglass has many uses. Read on to learn about S-glass, C-glass, T-glass, and AR-glass. These four types of fiberglass are great for many different applications. But what are their differences? How do you choose the right glass from fiberglass companies near me?
S-glass:
S-glass fiber is used in a variety of applications. It is subjected to different processes to create its desired morphology during production. The etch process produces different morphologies. A table of values describes each surface morphology for the roughness of the glass fiber. Further, S-glass fibers are analyzed using FTIR spectroscopy in attenuated total reflection mode to study their chemical compositions.
C-glass:
Despite its high tensile strength and resistance to corrosion, C-glass is not as flexible as some other types of glass. It is so tough that it’s often used in the manufacturing of 3D printer fibers. Besides being highly transparent, C-glass also demonstrates excellent chemical and electrical properties. Its roving form, commonly used for structural purposes, allows the fibers to be shaped and fabricated as desired. As a result, it has good strength and high dielectric permittivity. But, its low dielectric permittivity makes it very difficult to manufacture.
T-glass:
Did you know that T-glass has five different uses? These features make it useful for many situations, from deterring theft to protecting automobiles from damage. Here’s a look at each of them. While you might be unsure of their exact function, these products are useful in several ways. Here are some of their most common uses. Also known as safety glass, this material can help you protect your car in various ways.
AR-glass:
AR-glasses are smart, lightweight wearable devices that display AR content in real-time and can be worn while performing various activities. Smart glasses often use a camera and other sensor technology to recognize objects and environments. The camera searches for pre-loaded markers or images in a real-world scene and displays the virtual element in front of the user’s eyes. In addition, smart glasses may use one or more geolocation techniques, such as GPS and SLAM.