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5. Thermal Efficiency Frosted glass can also offer thermal insulation benefits, contributing to energy savings in climate-controlled spaces. By reducing heat transfer, it can help maintain comfortable indoor temperatures, whether in hot summers or cold winters.

From an environmental perspective, the use of Low-E2 glass supports sustainability initiatives. Buildings account for a significant portion of energy consumption and greenhouse gas emissions. By incorporating energy-efficient materials like Low-E2 glass, architects can help mitigate these impacts. Furthermore, many Low-E glass products are made from recycled materials, reducing the overall ecological footprint of construction projects.

Moreover, frosted glass can help with energy efficiency. It can be treated with special coatings that reflect heat and UV rays, contributing to lower energy costs. This feature is particularly advantageous in hot climates where cooling costs can significantly impact home or office expenditures.

In conclusion, the float glass factory is a testament to the achievements of modern manufacturing. It not only addresses the demands of various industries with its efficient production capabilities and high-quality outputs but also aligns with the ongoing pursuit of sustainability and innovation. As technology progresses, it is likely that the float glass industry will continue to evolve, expanding its applications and paving the way for new opportunities that enhance our living environments through transparency, beauty, and functionality.

High strength: photovoltaic glass after special treatment, has high mechanical strength and impact resistance, can withstand wind pressure, snow, hail, throwing stones and other external and thermal stress impact, not easy to crack and crack.