Composite material floor heating plate

Abstract

This application embodiment provides a composite material floor heating plate. The composite material floor heating plate comprises a heat insulation layer, a heating system and a floor decoration layer which are sequentially arranged from bottom to top, wherein the heating system comprises a heating layer and a heat dissipation layer arranged above the heating layer; the heating layer is a carbonfiber heating film; the heat dissipation layer is basalt fiber cloth; and the floor decoration layer is made of a basalt fiber composite material. According to the composite material floor heating plate, the heat insulation layer, the heating system and the floor decoration layer are integrated into the composite material floor heating plate, basalt rock wool is adopted for heat preservation, andheat energy is prevented from being dissipated outwards; the carbon fiber heating film is adopted for heating, and the basalt fiber cloth and the basalt composite material are adopted for dissipatingheat energy into a room; and through a whole set of synergistic effect, the heat energy conversion rate of the composite material floor heating plate is high, and then the utilization rate of the heat energy is greatly increased.

Description

technical field [0001] The present application relates to the technical field of floor heating panels, in particular to a floor heating panel made of composite materials. Background technique [0002] Floor heating is the abbreviation of floor heat convection heating. It is a heating method that buries heating floor heating wires under the floor, heats the entire floor, and convects heat evenly to the room through the floor. [0003] In daily life, the structure of most floor heating consists of insulation layer, heating system, filling layer, and ground decoration layer from bottom to top. The conventional insulation layer is made of extruded board and polystyrene board, and the heating system is made of metal materials. The filling layer is polystyrene foam plastic or YX foam concrete, and the ground decoration layer is natural stone, ceramic tile, solid wood composite floor, etc. There are many technical problems in the existing floor heating, such as insufficient heat in...

AI Technical Summary

Problems solved by technology

[0003] In daily life, the structure of most floor heating consists of insulation layer, heating system, filling layer, and ground decoration layer from bottom to top. The conventional insulation layer is made of extruded board and polystyrene board, and the heating system is made of metal materials. The filling layer is polystyrene foam plastic or YX foam concrete, and the ground decoration layer is natural stone, ceramic tile, solid wood composite floor, etc. There are many technical problems in the existing floor heating, such as insufficient heat insulation performance of the insulation layer, durability High temperature, poor fireproof performance; low heat conversion rate of the heating system, high energy consumption; poor heat dissipation effect and poor comfort of the ground decoration layer; the installation process of the overall floor heating is complicated, and the construction is also difficult. If the floor heating fails during use, Maintenance costs are also quite high

[0004] The existing patent CN104918340A discloses a carbon fiber electric heating type safe and environmentally friendly electric floor heating panel, which is composed of a thermal insulation layer, a carbon fiber conductive heating wire, a reflective film, a metal aluminum plate protection-radiation layer, and an electric floor heating safety temperature control system. The floor heating board has improved the insulation layer, but the floor heating board provided by the above patent still has the problem of low heat transfer efficiency, and the above floor heating board needs to be additionally covered with a ground decoration layer, which makes the building load large and the height space small. question

Images