Overview

Raw material preparation: In order to make glass raw materials, boric acid, silicic acid, and sodium carbonate need to be mixed in a certain proportion. This process is crucial as the proportion of these materials affects the properties of the glass.

Melting treatment: Once the raw materials are mixed, they are put into a melting furnace for melting treatment. The temperature in the furnace is high enough to melt the raw materials, and as they melt, they gradually mix together. This process is important as it ensures that the glass is homogeneous and free of impurities.

Forming: After the melting treatment, the molten glass liquid is poured into a mold for molding. The mold can be of different shapes, and different molds can be selected according to the needs of the laboratory. The formed glassware needs to undergo cooling treatment.

Cooling treatment: Once the molding is completed, the glassware needs to be placed in a cooler for slow cooling treatment to avoid stress and cracking. This process is critical as it ensures that the glassware is strong and durable.

Subsequent processing: After the molding is completed, subsequent processing can be carried out, such as polishing, cutting, drilling, etc., for different needs in the laboratory. This process is important as it enhances the appearance and functionality of the glassware. For instance, polishing can make the glassware smooth and shiny, while cutting and drilling can create different shapes and sizes. [1]

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M38-Borosilicate Glass

M38-Borosilicate Glass

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