Assembling type carbon crystallite electric heating wall and installation method

Abstract

The invention discloses an assembling type carbon crystallite electric heating wall. The assembling type carbon crystallite electric heating wall comprises two supporting frames, a first connection piece, a second connection piece, wall panels, a thermal insulation material and carbon crystallite plates. The two supporting frames are long-stripe-shaped profiles and parallelly arranged up and down. The first connection piece and the second connection piece are fixed to the two ends of the supporting frames correspondingly and matched with each other. The two supporting frames, the first connection piece and the second connection piece form a wall framework. The wall panels are arranged on the two sides of the wall framework and assembled to be of a hollow structure, and the hollow structure is filled with the thermal insulation material. The carbon crystallite plates are fixed to the inner sides of the wall panels. The wall panels are provided with power line reserved openings corresponding to the carbon crystallite plates. The invention further discloses an installation method for the carbon crystallite electric heating wall. The installation method comprises the main steps of carbon crystallite plate installing, hollow structure assembling, mold fixing, thermal insulation material filling, forming and demolding. The invention relates to the field of buildings and provides the assembling type carbon crystallite electric heating wall, integral assembly can be achieved, moreover, wall carbon crystallite electric heating can be achieved on the premise that the wall is not damaged, and installation is convenient.

Description

technical field [0001] The invention relates to the field of construction, in particular to an assembled carbon crystal electric heating wall and an installation method. Background technique [0002] At present, people's requirements for the improvement of the living environment and living conditions are increasing day by day, and they pay special attention to the housing construction and living issues. It is difficult to live in a building without water, electricity and gas pipeline facilities. Existing buildings, especially metal structures, integrally poured cement, brick-concrete, aerated concrete and other structural walls, generally use radiators for heating, and the terminals of the radiators dissipate heat, driving the room temperature, and the indoor temperature is uneven. Moreover, for the installation of radiators, secondary damage to the structure and decoration is usually required, and the delivery is delayed, resulting in a great waste of manpower, material re...

AI Technical Summary

Problems solved by technology

Existing buildings, especially metal structures, integrally poured cement, brick-concrete, aerated concrete and other structural walls, generally use radiators for heating, and the terminals of the radiators dissipate heat, driving the room temperature, and the indoor temperature is uneven

Moreover, for the installation of radiators, secondary damage to the structure and decoration is usually required, and the delivery is delayed, resulting in a great waste of manpower, material resources and resources, especially the wall grooves, repairs and decorations, causing secondary pollution and causing noise to the environment , dust, formaldehyde and other organic toxic gases, laborious and laborious repetitive work

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