conditioning chamber
Quick Summary
The term "conditioning chamber" refers to a specific section within a glass-melting furnace. After the initial melting process, where temperatures reach up to 1,475° C (2,685° F), the molten glass passes into the conditioning chamber. Here, the temperature is maintained around 1,300° C (2,375° F) to remove fine bubbles through a process called fining, ensuring the quality of the final glass product. This chamber also facilitates the homogenization of the glass melt, ensuring a uniform composition throughout.1
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- industrial glassThe conditioning chamber
…or bridge wall, into the conditioning chamber, where temperatures are held at about 1,300° C (2,375° F). Here the fine bubbles are removed by being dissolved back into the glass. In addition, the glass is homogenized by diffusive mixing. In order to ensure that the composition of the melt is…
Read More…or bridge wall, into the conditioning chamber, where temperatures are held at about 1,300° C (2,375° F). Here the fine bubbles are removed by being dissolved back into the glass. In addition, the glass is homogenized by diffusive mixing. In order to ensure that the composition of the melt is…
Read More - industrial glassThe conditioning chamber
In the melting chamber, temperatures reach a peak of 1,475° C (2,685° F) for a soda-lime-silicate glass. At these temperatures, large quantities of gas are generated by the decomposition of raw materials in the batch. These gases, together with trapped air, form bubbles…
Read MoreIn the melting chamber, temperatures reach a peak of 1,475° C (2,685° F) for a soda-lime-silicate glass. At these temperatures, large quantities of gas are generated by the decomposition of raw materials in the batch. These gases, together with trapped air, form bubbles…
Read More