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Float glass manufacturing device and float glass manufacturing method
The invention relates to a float glass manufacturing apparatus and a float glass manufacturing method. This float glass manufacturing device is provided with a bath for accommodating molten metal, and continuously supplies molten glass onto the molten metal in the bath, and forming the supplied molten glass into a strip-shaped glass ribbon while causing the supplied molten glass to flow on the molten metal. The bath has a plurality of bricks in contact with the molten metal, a box-shaped housing accommodating the plurality of bricks, and a refractory material having an unshaped shape disposed at a seam between the plurality of bricks, the bricks having the same main component as two of the refractory materials having the unshaped shape, and the refractory material having the unshaped shape having the same main component as the bricks having the same main component as the refractory material having the unshaped shape. The two main components are a component with the highest content and a component with the second higher content based on the mass of oxide.
本发明涉及浮法玻璃制造装置和浮法玻璃的制造方法。本公开的浮法玻璃制造装置为如下浮法玻璃制造装置：所述浮法玻璃制造装置具备容纳熔融金属的浴槽，向所述浴槽内的所述熔融金属上连续地供给熔融玻璃，并在使所供给的所述熔融玻璃在所述熔融金属上流动的同时将所供给的所述熔融玻璃成形为带状的玻璃带。所述浴槽具有：与所述熔融金属接触的多个砖、容纳多个所述砖的箱状的外壳、和配置在所述多个砖之间的接缝处的不定形状的耐火材料，所述砖与所述不定形状的耐火材料中的两种主要成分相同，所述两种主要成分为以氧化物基准的质量计含量最多的成分和含量第二多的成分。
Float glass manufacturing device and float glass manufacturing method
The invention relates to a float glass manufacturing apparatus and a float glass manufacturing method. This float glass manufacturing device is provided with a bath for accommodating molten metal, and continuously supplies molten glass onto the molten metal in the bath, and forming the supplied molten glass into a strip-shaped glass ribbon while causing the supplied molten glass to flow on the molten metal. The bath has a plurality of bricks in contact with the molten metal, a box-shaped housing accommodating the plurality of bricks, and a refractory material having an unshaped shape disposed at a seam between the plurality of bricks, the bricks having the same main component as two of the refractory materials having the unshaped shape, and the refractory material having the unshaped shape having the same main component as the bricks having the same main component as the refractory material having the unshaped shape. The two main components are a component with the highest content and a component with the second higher content based on the mass of oxide.
本发明涉及浮法玻璃制造装置和浮法玻璃的制造方法。本公开的浮法玻璃制造装置为如下浮法玻璃制造装置：所述浮法玻璃制造装置具备容纳熔融金属的浴槽，向所述浴槽内的所述熔融金属上连续地供给熔融玻璃，并在使所供给的所述熔融玻璃在所述熔融金属上流动的同时将所供给的所述熔融玻璃成形为带状的玻璃带。所述浴槽具有：与所述熔融金属接触的多个砖、容纳多个所述砖的箱状的外壳、和配置在所述多个砖之间的接缝处的不定形状的耐火材料，所述砖与所述不定形状的耐火材料中的两种主要成分相同，所述两种主要成分为以氧化物基准的质量计含量最多的成分和含量第二多的成分。
Float glass manufacturing device and float glass manufacturing method
浮法玻璃制造装置和浮法玻璃的制造方法
AKAGI NAOTO (author) / MIURA TAKENORI (author)
2024-05-07
Patent
Electronic Resource
Chinese
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