Composite heat-insulating brick system

Abstract

A composite heat-insulating brick system comprises a structure part and a heat-insulating part; the structure part comprises two L-shaped bodies which are engaged with each other; the two L-shaped bodies form a cuboid with an internal cavity; the cuboid with heat-insulating materials filled inside is the heat-insulating part. In a word, the composite system has unexampled advantages with respect to manufacturing construction, structure application, heat-insulation performance, and service life. In the excellent situation of national energetic implementation of the energy saving and emission reduction policy, the invention has extensive development space.

Description

technical field [0001] The invention relates to the field of thermal insulation and energy saving of buildings, and specifically relates to a thermal insulation system that integrates an external thermal insulation system of an outer wall and an inner thermal insulation system of an inner wall from the perspective of wall self-thermal insulation. [0002] Background technique [0003] As the country vigorously promotes energy conservation and emission reduction policies, building energy conservation has been raised to a higher level. The country has relevant policies and regulations that require new buildings to adopt insulation and energy conservation measures. Existing heat preservation and energy-saving measures can be divided into: exterior wall heat preservation system, interior wall heat preservation system and wall self heat preservation system. The present invention starts from the perspective of wall self-insulation, integrates the materials of the external wall in...

AI Technical Summary

Problems solved by technology

Insulation mortars represented by vitrified microbeads and ceramsites have conflicts between strength and thermal conductivity, and are also indirectly exposed to the surface of buildings during application, which has similar problems to organic insulation materials.

Moreover, the thermal insulation system composed of organic thermal insulation materials and thermal insulation mortar has a complex structure, which requires high construction quality and complicated construction procedures.

Air-entrained concrete has a high water absorption rate and poor thermal insulation effect; foamed concrete also faces the contradiction between strength and thermal conductivity, making it difficult to prepare and facing the problem of poor durability

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