X-shaped self-heat insulating building block

Abstract

The invention discloses an X-shaped self-heat insulating building block, comprising a column A, a column B, an intermediate column A, a column C, a column D, a column E, an intermediate column B, a column F, an intermediate heat insulating block, an X-shaped lacing wire A, an X-shaped lacing wire B, a top and bottom self-heat insulating block A, a top and bottom self-heat insulating block B, a top and bottom self-heat insulating block C, a top and bottom self-heat insulating block D, a top and bottom self-heat insulating block E, a top and bottom self-heat insulating block F, a top and bottom self-heat insulating block G, and a groove. The X-shaped self-heat insulation building block adopts monolithic self-heat insulating foamed plastic, so that the production and transportation are convenient, and the die-filling is simple; and a concrete structure of X-shaped lacing wires and 8 columns, so that the mechanical properties and high heat insulation performance are optimum, and the energy saving effect is optimum. The X-shaped self-heat insulation building block is a product for replacing a self-heat insulating building block.

Description

technical field [0001] The invention relates to an X-shaped self-insulating block. Background technique [0002] Since the implementation of the national energy-saving policy in 2002, energy-saving technology and energy-saving products have developed rapidly, external wall insulation systems have reached maturity, and various energy-saving insulation materials have emerged as the times require, which has played a great role in promoting building energy conservation. Existing energy-saving and thermal insulation systems for external wall enclosures mostly use flexible thermal insulation materials. These technologies can improve the thermal performance of the wall structure, reduce the heat transfer coefficient of the wall, and reduce the impact of outdoor heat (cold) on the indoor environment. However, there are also some problems in the later use of the walls that implement energy-saving and thermal insulation, mainly in the following aspects: the manufacture and transportat...

AI Technical Summary

Problems solved by technology

Existing energy-saving and thermal insulation systems for external wall enclosures mostly use flexible thermal insulation materials. These technologies can improve the thermal performance of the wall structure, reduce the heat transfer coefficient of the wall, and reduce the impact of outdoor heat (cold) on the indoor environment. However, there are also some problems in the later use of the walls that implement energy-saving and thermal insulation, mainly in the following aspects: the manufacture and transportation of foam plastics are convenient, the mold assembly is difficult, the mechanical properties of self-insulating blocks and Problems such as poor insulation performance

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