There is a growing demand for fire resistant glasses because of fire-related accidents

Heat Treated Glass 


 Heat resistant glass is a type of glass that has been specially designed to withstand high temperatures in kitchen appliances and industrial applications. The structure of heat-resistant glass is typically made of high-temperature resistant materials such as soda-lime or silica. These glasses have a high melting point as well as a low coefficient of expansion. Through interaction with electricity, light, or heat, smart glass can change its properties from transparent to translucent and block out light. Smart glass enables architects, designers, engineers, and builders to create building facades and comfortable interior spaces that are free of glare, solar heat gain, and UV exposure. The change from clear to opaque smart glass can be triggered by wall switches, remote controls, movement sensors, light sensors, or timers.

  Heat treated glass not only resist fire but also act as an insulator, assisting in the maintenance of a constant temperature requirement. The evolution of green building concepts and aesthetic designs in architectures and building interiors is increasingly utilizing heat-resistant glass surfaces and doors to improve safety, aesthetics, and comfort levels for building occupants. This has also resulted in a consistent increase in global demand for heat-treated glass. New product development initiatives by companies, such as the use of heat-resistant glass for oven dishes, heat-resistant bottles and jars, woodstoves, and so on, have significantly increased the global demand for heat-resistant materials.

  In their most basic form, structural glazing systems are types of curtain wall systems that consist of glass that is bonded or anchored back to a structure without the use of continuously gasketed aluminum pressure plates or caps. The major model building codes consider glass that slopes more than 15° from the vertical to be sloped glazing. Laminated glass is the preferred product for sloped and overhead glazing because it remains in the opening even when broken, lowering the risk of injury from falling glass.

  The increasing use of smart glass in vehicles and aircraft accelerates smart glass adoption. The growing demand for energy efficiency, supportive government initiatives, and increased awareness all contribute to the growth of smart glass. Growing demand from emerging economies, combined with technological advancement, is expected to provide numerous opportunities for growth in the coming years. The growing construction, industrial machinery, and energy & power applications are expected to drive demand for heat-treated steel plates. Carbon steel is used in the construction of structures such as buildings, bridges, ports, dams, factories, and other engineering structures.

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