Nanostone and nanostone manufacturing method

Abstract

The invention discloses nano-stone and a manufacturing method thereof. The nano-stone comprises a surface layer, a fiber cement layer and a connecting layer, wherein the connecting layer comprises a vertical support, a horizontal support and an oblique support, the vertical support is vertically arranged, the horizontal support is fixedly arranged on the vertical support, and the two ends of the oblique support are fixedly arranged on the vertical support and the horizontal support respectively; the surface layer is attached to one side of the fiber cement layer, and one side of the connecting layer is embedded in the other side of the fiber cement layer. By the adoption of the technical scheme, tight connection between building beam columns can be reinforced, so that the overall anti-seismic property of a building is improved, the utilization ratio of an architectural indoor space using the nano-stone as a wall is increased, and more indoor pragmatic spaces are provided. Furthermore, due to the fact that the wall is light and high in strength and can endure stormy waves on water, the nano-stone is suitable for oceanographic engineering such as floating pontoons, bench buildings and hulls.

Description

technical field [0001] The invention relates to the field of building prefabricated components and the field of marine engineering equipment, in particular to a nano-stone and a method for manufacturing the nano-stone. Background technique [0002] At present, in house construction, it is usually a structure combining reinforced concrete beams and columns with brick walls. Once a house with this structure encounters a high-intensity earthquake, the connection points between reinforced concrete beams and columns are likely to form failure points due to stress concentration. cause the building to collapse. At present, there are also steel structure buildings. In steel structure buildings, usually, the diagonal braces are set at the lower and upper ends of the steel columns to extend diagonally at multiple angles. In this way, the diagonal braces in the steel structure buildings will occupy more indoor space. And cause inconvenience to the householder. In addition, there is n...

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Problems solved by technology

[0002] At present, in house construction, it is usually a structure combining reinforced concrete beams and columns with brick walls. Once a house with this structure encounters a high-intensity earthquake, the connection points between reinforced concrete beams and columns are likely to form failure points due to stress concentration. cause building collapse

At present, there are also steel structure buildings. In steel structure buildings, usually, the diagonal braces are set at the lower and upper ends of the steel columns to extend diagonally at multiple angles. In this way, the diagonal braces in the steel structure buildings will occupy more indoor space. causing inconvenience to the householder

In addition, there is no lightweight, high-strength, thin and tough building material suitable for the field of marine engineering equipment in the prior art

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