Glass is a versatile and indispensable material in interior design, celebrated for its aesthetic appeal, durability, and functionality. This study explores various types of glass-tempered, laminated, frosted, stained, and smart glass-emphasizing their properties, manufacturing processes, and applications in interior spaces. The research focuses on understanding the detailed steps involved in glass manufacturing, including raw material selection, melting, shaping, and post-production treatments like tempering and lamination. These processes significantly influence the material's safety, strength, and visual characteristics.

The study employs a mixed-methods approach, combining literature reviews and case studies of modern interior projects to examine the practical uses of glass. Key findings highlight the diverse applications of glass, such as partitions, facades, countertops, and decorative wall panels, and the integration of smart technologies like switchable glass for enhanced functionality. Additionally, the research discusses sustainability aspects, showcasing glass as a recyclable material with energy-efficient options like low-emissivity coatings that improve insulation and reduce energy consumption.

This research underscores glass's role in shaping contemporary interior environments by fostering openness, light diffusion, and modern aesthetics. By understanding its manufacturing and sustainability potential, designers can make informed choices to create innovative and environmentally responsible interiors.