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    • 1. 发明公开
    • 용융 유리의 도관 구조, 및 그 도관 구조를 사용한 감압탈포 장치
    • MOLTEN GLASS CONDUIT STRUCTURE,和真空灭菌装置
    • KR1020080034462A
    • 2008-04-21
    • KR1020087003445
    • 2006-06-28
    • 아사히 가라스 가부시키가이샤
    • 사사키미치토다니가키아츠시기지마다카시다케이유우스케
    • C03B5/43C03B5/225
    • C03B5/2252C03B5/43
    • This invention provides a molten glass conduit structure, which, without using any cooling means, can prevent the erosion of a solid heat insulating material constituting a backup of the conduit by molten glass exuded from a joint part between electrocast bricks constituting the conduit, and a vacuum defoaming apparatus using the conduit structure and a method for vacuum defoaming of molten glass using the vacuum defoaming apparatus. The molten glass conduit structure comprises a conduit and a backup provided on the periphery of the conduit. The conduit is a hollow tube having electrocast bricks provided in the longitudinal direction and circumferential direction thereof. The backup comprises a refractory layer provided on the outer side of the conduit and a heat insulating material layer provided on the outer side of the refractory layer. The refractory layer comprises a refractory brick layer comprising refractory bricks provided in the longitudinal direction and circumferential direction of the conduit. The heat insulating material layer comprises a solid refractory layer comprising solid refractories provided in the longitudinal direction and circumferential direction of the conduit. The electrocast bricks constituting the conduit and the refractory bricks constituting the refractory brick layer are selected so that, during passage of the molten glass, the site having a temperature equal to the fluidized point of the glass is located within the refractory layer.
    • 本发明提供一种熔融玻璃导管结构,其不使用任何冷却装置,可以防止由构成导管的电铸砖之间的接合部分渗出的熔融玻璃构成导管支撑物的固体隔热材料的侵蚀, 使用导管结构的真空消泡装置和使用真空消泡装置的熔融玻璃的真空脱泡方法。 熔融玻璃导管结构包括导管和设置在导管周边上的支架。 导管是具有沿纵向和圆周方向设置的电铸砖的中空管。 该支撑件包括设置在导管外侧的耐火层和设在耐火层外侧的隔热材料层。 耐火层包括耐火砖层,该耐火砖层包括在管道的纵向和圆周方向上设置的耐火砖。 绝热材料层包括固体耐火层,其包括沿导管的纵向和圆周方向设置的固体耐火材料。 选择构成导管的电铸砖和构成耐火砖层的耐火砖,使得在熔融玻璃通过期间,具有与玻璃的流化点相同的温度的部位位于耐火层内。