Large high-temperature-resistant storeroom and installation method thereof

Abstract

The invention provides a large high-temperature-resistant storeroom and an installation method thereof. The large high-temperature-resistant storeroom comprises a storeroom door, a storeroom body and a base. The storeroom body is a hollow sealed cubic formed by a top panel, lateral panels and a bottom panel. The storeroom door which can be opened and closed is installed on one lateral panel. The base used for bottom leveling is arranged under the bottom panel of the storeroom body. The top panel, the lateral panels and the bottom panel of the storeroom body are each formed by splicing unit plates in a sealed mode. Each unit plate comprises a color steel plate on the surface layer, a zinc-plated plate on the middle layer and a stainless steel plate on the inner layer, wherein filling layers are arranged between the color steel plate and the zinc-plated plate and between the zinc-plated plate and the stainless steel plate. The storeroom provides a larger stable high-temperature environment which is more resistant to high temperature.

Description

technical field [0001] The invention relates to the field of high-temperature environment equipment, in particular to a large-scale high-temperature-resistant warehouse and an installation method thereof. Background technique [0002] In the production, scientific research, testing, drying, aging and other links of many industries, there may be large spaces that need to be manufactured and maintained at high or ultra-high temperatures. In the past, the high-temperature environment equipment was small and had an integral structure, which could be realized in a simple way. With the continuous development of my country's industry, small equipment is gradually difficult to meet the needs of the market, and large-scale ultra-high temperature environments continue to rise. However, traditional large warehouses are mostly polyurethane assembled panels, which have limited high temperature resistance. Generally, the upper limit of temperature is below 120. Moreover, during high-tempe...

AI Technical Summary

Problems solved by technology

With the continuous development of my country's industry, small equipment is gradually difficult to meet the needs of the market, and large-scale ultra-high temperature environment spaces continue to rise. However, traditional large warehouses are mostly polyurethane assembled panels, which have limited high temperature resistance. Generally, the upper limit of temperature is below 120. Moreover, in high temperature work, there are often adverse phenomena such as warehouse body deformation, cracking of assembled board gaps, and poor insulation effects, which cause great application troubles and waste of resources.

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