A large-scale masonry construction method for an all-oxygen glass melting furnace

Abstract

A large-scale masonry construction method for an all-oxygen glass melting furnace, which relates to the technical field of glass melting furnace masonry, specifically includes the following steps: S1, ballast beam acceptance, installation and setting out, S2, support frame assembly and erection, S3, steel film Tire assembly, S4, hoisting of steel mold tires in place, S5, installation and adjustment of ballast bricks, S6, installation and adjustment of bricks, S7, tightening, stripping steel mold tires, S8, moving steel mold tires and support frames , S9, remove the steel mold tire and support frame. The masonry construction method of the large wall improves the construction quality and construction efficiency of the large wall of the full-oxygen kiln melting furnace, and ensures the normal operation of the large wall of the melting furnace.

Description

A kind of masonry construction method of all-oxygen glass melting furnace technical field The present invention relates to glass melting furnace masonry technical field, relate in particular to a kind of large masonry building of all-oxygen glass melting furnace work method. Background technique Oxygen kiln melting furnace kiln is the key part with the highest technical content and technical requirements of full oxygen kiln glass production line. It is composed of multi-section independent slats. The slat bricks are made of fused corundum bricks and fused bricks. The bricks are large in size and heavy in weight. 400kg, the masonry construction of the next ring can only be carried out after the masonry of a single ring is completed, until the masonry construction of the entire large slat is completed. The masonry quality of each ring directly affects the construction progress of the subsequent ring masonry. line and product quality have a significant impact; Annou...

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Problems solved by technology

[0003] A Chinese invention patent with the notification number CN103466917A discloses a construction method of fused AZS or fused corundum bricks for an all-oxygen glass melting furnace. The arch tire is the process of building bricks one by one, but it does not introduce the process of installing and tightening the ballast bricks, and also lacks the necessary construction parameters and inspection standards for masonry. Many problems of irregular construction will occur, and more What is important is that in the current construction process, due to the large span of the integrated arch tire, it is difficult to transport and hoist, which affects the construction efficiency, and this arch tire structure is rarely used; in view of the importance and special However, the traditional rough and outdated construction methods can no longer meet the needs of customers. In order to maintain the leading position in the glass installation industry and achieve better economic benefits, based on the accumulation of experience in the construction of multiple all-oxygen kiln large-wall masonry, a A new construction technique

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