Corrosion-resisting floor deformation joint construction structure of magnesium electrolysis workshop and construction method

Abstract

The invention relates to a corrosion-resisting floor deformation joint construction structure of a magnesium electrolysis workshop and a construction method. The corrosion-resisting floor deformation joint construction structure of the magnesium electrolysis workshop comprises an acid-resisting mortar leveling layer. An anticorrosion retractable sheet is arranged in the acid-resisting mortar leveling layer. A cement and glue combined layer is arranged above the acid-resisting mortar leveling layer. A polyisobutylene rubber insulating layer is arranged above the cement and glue combined layer.Asphalt cement is arranged in a deformation joint above the polyisobutylene rubber insulating layer. The corrosion-resisting floor deformation joint construction structure of the magnesium electrolysis workshop and the construction method have the advantages and effects that the asphalt cement is a good acid-resisting material, the acid-resisting material is integrally boned with the polyisobutylene rubber insulating layer and an acid-corrosion-resisting plate, and the defect that a gap exists between the deformation joint and the floor in the past is overcome; the asphalt cement is grouted into the deformation joint during construction and is directly bonded with the polyisobutylene rubber insulating layer to prevent acid liquid from seeping into a reinforced concrete floor on the whole,the recycling is facilitated, the production cost is saved and the environment is protected; and by adopting the construction method, the structure is firm, durable and convenient to construct.

Description

technical field [0001] The present invention relates to a structure and construction method of deformation joints on building floors, in particular to a structure and construction of corrosion-resistant floor deformation joints in magnesium electrolysis workshops, which are suitable for acid corrosion and electric corrosion floors used in workshop floors for producing magnesium. method. Background technique [0002] There is always a chlorine gas filter room at the offset of the magnesium electrolysis workshop, which will produce corrosive gases such as Cl during the production process. 2 (Chlorine) and HCl (Hydrogen Chloride) and moist conductive chlorine dust, in emergency situations, there may be NaCl, KCl, MgCl 2 splash. In this way, the acid mixed into the slurry will enter the workshop along with the technological process. When discharging or running, popping, dripping, or leaking, the acid-containing slurry flows to the floor, and then flows to the isolation laye...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a construction and construction method of corrosion-resistant floor deformation joints in the magnesium electrolysis workshop. And anti-electric corrosion, at the same time, it solves the combination of the electrical insulation layer and the acid-resistant layer, prevents the pollution caused by acid penetration and the damage of electricity to the human body, so as to make the floor durable, reduce environmental pollution and save maintenance costs

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