A reusable prefabricated mixing plant storage bin wall and its construction method

Abstract

The invention discloses a reusable assembled mixing station storage silo partition wall. The reusable assembled mixing station storage silo partition wall comprises the concrete base of the partition wall and a plurality of H-shaped steel upright columns embedded in the concrete base; the H-shaped steel upright columns are arranged on the partition wall in the length direction at intervals; inverted U-shaped steel plate caps are locked to the top ends of the H-shaped steel upright columns; corrugated steel sheets are fixedly arranged on the two side surfaces of the plurality of H-shaped steel upright columns to form the inner and outer side surfaces of the partition wall. The reusable assembled mixing station storage silo partition wall can be reused after being manufactured once, and has the characteristics of safety, high efficiency, easy operation, low cost, high quality, going green and environmental protection and the like.

Description

Technical field: [0001] The invention relates to the technical field of mixing station construction, in particular to a reusable assembled mixing station storage bin wall and a construction method thereof, which is suitable for the construction of various mixing station storage bins. Background technique: [0002] The purpose of the silo partition is to ensure the separate storage of ground material aggregates such as yellow sand and crushed stone, and to prevent the mixture of sand and gravel from being unprepared for the mixing system, resulting in the failure of the strength of concrete or various mixtures to meet the design requirements. Traditional stockyard silo partitions generally adopt the forms of masonry rubble partition walls, brick concrete partition walls, etc., and there are also newer structural forms such as steel wire mesh-filled crushed stone partition walls. However, there are defects in the existing technologies, such as the use of masonry stone partitio...

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Problems solved by technology

However, there are defects in the existing technologies, such as the use of masonry stone partition walls, brick concrete partition walls, etc., which require a large investment, occupy a large area, have poor appearance and image, cannot be recycled repeatedly, and the timeliness is also poor due to long maintenance time; steel wire mesh Although the filled crushed stone partition wall can be recycled, it is limited to the recycling of some materials (I-beam), and the steel wire mesh is easy to corrode and damage, which induces the leakage of filled crushed stones, causing sand and gravel materials to flow together, and it is difficult to repair

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