In the previous post, Home Glass Repair Chandler talked about the tragic accident with molten glass that took place at the Johns Manville glass enterprise in Richmond. The case raised the question of what molten glass really is and how it solidifies. Apparently, not all readers have specialized knowledge of chemistry or physics, and to understand the seriousness of the glass manufacturing processes, they definitely need some sort of explanation regarding the nature of molten glass.
Throughout the history of chemistry and physics, scientists have been interested in the molecular changes that take place as substances change their physical state. For example, much has been written and said about the way water turns into ice and vice versa. Meanwhile, little was known about the processes taking place when glass cools down and hardens. Today, one hundred and fifty years after the creation of the Crystal Palace, Home Glass Repair Chandler can tell the story of molten glass. The biggest problem is that, unlike water and ice, the molecular structure of the liquid and solid glass is identical. However, scientists have found that the transition from molten to solid glass is not about its structure but about the ability of molecules to flow and move. As of today, researchers in chemistry and physics are trying to understand the nature of the fluid-solid glass transition process, and Home Glass Repair Chandler believes that these discoveries can contribute to the development of new glass forms.
The knowledge provided in chemical and physical experiments can lead glass engineers to develop new types of glass that is stronger and more durable. Moreover, these discoveries have the potential to result in the development of safer glass varieties. With this knowledge, glass manufacturing can enter a new stage of improvement and provide customers with more sophisticated and cost-effective glass systems.
