Engineers at the University of Pennsylvania are discovering a new material in search of better atmospheric results when mastering glass. It differs from classical soda-lime-silicate glass by the replacement of two components. Instead of soda ash and limestone, either aluminum oxide or iron compounds are used.
Soda ash and limestone must be melted together with quartz sand to produce a massive mass, but when they are melted, a significant amount of CO2 is released. In addition, when cooking at low temperatures, the temperature is 1500 °C, which is very hot. Now set the temperature to 400°C, at this point there are no energy levels and the voltage levels are three you.
In laboratory testing, the material, called LionGlass, showed 10 years longer crack recovery with classic glass. In real terms, the limiting capabilities of their equipment have not yet been tested and the exact indicators are not yet known. For this reason, the fact is that LionGlass is slightly darker than light (light and light), with a high gloss, while maintaining the same strength. Less material costs – even less attention to production and savings energy.
Source: Tech Cult
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