Semi-outer coverage building type cast-in-place composite wall inorganic fire-proof self-insulation system

Abstract

The invention discloses a semi-outer coverage building type cast-in-place composite wall inorganic fire-proof self-insulation system. The semi-outer coverage building type cast-in-place composite wall inorganic fire-proof self-insulation system is characterized by comprising an A-type composite insulation block self-insulation wall 1, a B-type composite insulation block self-insulation wall 2, a skew brick self-insulation wall and beam insulation body, an insulation wall around a door and a window and a lintel upper end and wall top end cast-in-place self-insulation wall, wherein all the components are organically combined together to form the complete wall self-insulation system. The wall self-insulation system has the prominent advantages of good energy-saving effect, convenience in construction, fire-proof performance, cracking resistance, water resistance, anti-permeability and the like and overcomes the critical defects of poor fire-proof performance, poor durability, poor rain leakage resistance performance, high wall cracking probability and the like of most of the current insulation walls; good economic benefit and social benefit are achieved by the popularization and the application of the technical system.

Description

technical field [0001] The invention relates to an energy-saving wall body for industrial and civil self-insulation buildings, in particular to an inorganic fireproof self-insulation system for a semi-outsourcing type cast-in-place composite wall body. Background technique [0002] The wall self-insulation system refers to a building wall thermal insulation system that uses energy-saving wall materials and supporting special mortar to make the physical performance indicators such as the thermal performance of the wall meet the corresponding standards according to a certain building structure. The technical system has the characteristics of simple process, convenient construction, good safety performance, easy maintenance and renovation, and the same life as the building. The application of this technical system can not only reduce the incremental cost of building energy conservation, but also play a very important role in improving the quality of building energy conservation ...

AI Technical Summary

Problems solved by technology

[0003] At present, there are the following outstanding problems in wall insulation technology and insulation materials at home and abroad: First, there are poor fire safety

However, this patent also has the following defects: First, this patent only provides thermal insulation design for columns, beams, and shear walls, and does not systematically design the self-insulation system of the entire wall

However, this patent also has the following defects: First, this patent only provides thermal insulation design for columns, beams, and shear walls, and does not systematically design the self-insulation system of the entire wall

However, this patent also has the following defects: First, this patent only provides thermal insulation design for columns, beams, and shear walls, and does not systematically design the self-insulation system of the entire wall

[0015] The technical problem to be solved by the present invention is: to overcome the fatal defects such as poor fireproof performance, poor durability, poor rainwater leakage resistance and easy cracking of the wall body of most of the current thermal insulation walls, and at the same time protect the columns, beams, shear walls, floors, etc. Insulation design for key parts such as lintels on doors and windows, they are respectively connected with self-insulation walls between columns, self-insulation walls between columns and shear walls, and between shear walls and shear walls. Build a complete wall self-insulation system together with the self-insulation walls between them to improve the quality of building energy-saving projects

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