Patent for Tube-drawable Glass

Taylor & Edelstein obtains patent for client Schott AG for tube-drawable glass.

This glass maintains its smooth, non-crystalline structure even when exposed to extremely high temperatures, resisting the formation of crystals during intense heat treatment. It also has exceptional resistance to water damage, earning a top-tier classification for hydrolytic stability based on international standards. These characteristics make it an ideal candidate for environments where durability and thermal resilience are critical, ensuring the glass remains intact and functional under challenging conditions.

Beyond its physical robustness, this glass exhibits unique optical behavior, effectively managing how light passes through it. It allows more visible light to transmit compared to near-infrared light, a property that can be precisely measured and controlled. Available in a range of thicknesses, from ultra-thin sheets to more substantial forms, this glass is produced through a meticulous process of melting raw materials, refining the molten mixture, and carefully cooling it to achieve the final product. This combination of traits positions the glass as a versatile material for cutting-edge uses, such as high-performance optics or protective coverings, where both strength and light management are essential.