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The image shows a schematic diagram of a glass-making process diagram labeled with numbers and steps for various stages and ingredients. It illustrates that sand, limestone, and soda are input ingredients leading into a furnace at ~1700°C, producing molten glass. The diagram denotes three main pathways from the molten glass: (1) moving through a channel into a furnace, (2) flowing to both a removable mold powered by compressed air and onto a set of rollers, and (3) proceeding to cooling areas. Subsequently, the glass is transformed into two final products, depicted as "plate glass" from the roller path (numbered 2) and "bottle glass" from the cooling path (numbered 3).
Given the complexity of the image, the above description may not be entirely accurate.
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The provided diagram delineates the sequence of steps involved in producing plate glass and bottle glass.
Overall, it is discernible that there are three main stages, commencing with the mixture of sand, limestone and soda, and culminating with products made of glass, including plate glass and bottle glass.
In detail, it is readily apparent that the process begins when the ingredients, including sand, limestone and soda blend, are put into a furnace. The result mixture, after that, is heated by high temperature at approximate 1700 censius in order to create molten glass. These molten glass then is pump into a pipe, where lead to a vat. Following this, molten glass will drain from the vat, in which has rollers allowing to make a finished plate glass.
Turning to bottle glass settings, molten glass run into a removable mould with compressed air. The molten glass is pressed into the shape of a bottle. Subsequently, it passes through a cooling system and a usable bottle is generated.
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