| Abstract Scope |
In laboratories, borosilicate glass has been prized for decades for its chemical resistance and low thermal expansion, providing excellent thermal shock and gradient resistance. Borosilicate float glass is used in diverse applications, like fire-resistant glazing, heat-resistant doors in pyrolytic ovens, impact-resistant glazing, diagnostic glass, and carrier wafers in semiconductor production. Its unique properties make these applications possible. It also offers high optical transmission and low autofluorescence, making it ideal for optical and diagnostic uses. Additionally, its superior stone impact and scratch resistance expand its range of applications. These properties are due to its special structure, which differs from standard soda lime glass. Understanding these structural differences is crucial, as the structure of a material determines its properties, which in turn enable its use in specific applications. Borosilicate glass's versatility and durability make it a preferred choice in today's and tomorrow's demanding environments, ensuring reliable performance and longevity across various industries. |