After gorillas, it’s now Line Glass: Over 10 times stronger than traditional glass

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A breakthrough was achieved in the creation of an environmentally friendly material that outperforms traditional glass tenfold in terms of durability and resilience. Experts at Pennsylvania State University coined it the ‘Line Glass,’ a product made with 50% less carbon dioxide emissions compared to conventional soda-lime glass, thus rendering it eco-friendly and energy-efficient.

The Line Glass, a name given by scholars from the material science department at the university, emerged as a result of innovative composition, utilizing a reduced 50% of carbon dioxide emissions than typical soda-lime silicate glass. This approach not only renders it more environmentally friendly but also drastically lowers energy consumption during its production. Scientists have already submitted a patent application for this unique creation.

Dr Jane Morrow, associated with the university’s Material Science department, emphasized the eco-friendly nature and lower melting point of Line Glass. In contrast, soda-lime silicate glass is crafted through the fusion of quartz sand, soda ash, and limestone at high temperatures, releasing a substantial amount of greenhouse gases and contributing to global warming.

Line Glass melts at temperatures between 300 to 400 degrees Celsius, reducing its production energy requirements by about 30%. This glass proves resistant to scratches and breakage, exhibiting characteristics more than ten times superior to conventional glass. This enhanced robustness positions it as a crucial component in sensitive technologies, including smartphones and other devices. Its potential extends to medical technology, fibre optics, vaccines, and pharmaceutical containers.

In essence, Line Glass signifies a significant leap towards sustainable glass production, achieving unparalleled strength, environmental friendliness, and diverse applications.

Hafiz Bakhtyar is a student pursuing a Bachelor of Science in Mass Communication at the University of Management (UMT). Hafiz Bakhtyar can be contacted via email at bakhtyararshad20@gmail.com. He is also available on Twitter under the handle "Bakhtyar Arshad."