Fluid cooling for glass molds

C - Chemistry – Metallurgy – 03 – B

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26/111, 49/40

C03B 9/38 (2006.01)

Patent

CA 1117763

J-14355 FLUID COOLING OF GLASS MOLDS ABSTRACT OF THE DISCLOSURE The cooling of glass forming molds is accomplished by providing a plurality of radially spaced passages either in the mold itself or in a mold holder in good heat transfer relation- ship to a mold insert. The passages extend vertically and may either be completely through the mold or may extend substantially to the lower end of the mold. These passages are radially in- sulated by the compaction of a particulate material such as 316-L Stainless Steel Compacting Powder, with the compressed material being carefully packed within the passage and in sur- rounding relationship to a coaxially positioned metal tube. The metal tube provides access for the circulation of a liquid cool- ant. The thickness of the particular material, its degree of compression and its composition and the relative position thereof with respect to cavities of the glass forming mold, will deter- mine the heat flow characteristics of the mold and/or mold holder. Proper selection of the parameters involved results in the desired temperature at the molding surface of the mold.

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