Manufacturing process of wood-bamboo composite floor with built-in carbon fiber electric heating layer and its wooden floor

Abstract

Disclosed are a preparation process for a built-in carbon fiber electric-heating-layer (4) reinforced floor and a wood floor thereof. The preparation process comprises the following steps: (1) a high-density fiber board substrate layer (5) is firstly prepared, positioning and punching are performed on the high-density fiber board substrate layer (5), and the surface of the high-density fiber board substrate layer (5) is coated with a glue, a copper electrode (20) is mounted, and a plurality of carbon fiber papers are laid on the surface of the high-density fiber board substrate layer (5); (2) the surface of the carbon fiber paper is coated with a glue, then a surface decoration layer is glued on the surface of the carbon fiber paper; (3) then cold press, hot press and stress balance are in sequence carried out, and then an abrasion resistant paper (1) and a wood grain decoration paper (2) are in sequence adhered on the surface; and (4) then thickness defining, arranging tongues and grooves on four sides, and adhering an reflective film are in sequence carried out, and finally after surface decoration, a finished product is prepared and obtained. The product has the following advantages: the product is quick in heat dissipation and warming, low in thermal loss, is energy-saving and environmentally friendly, space-saving, clean and comfortable, smart temperature control and fixed point heating, etc.

Description

technical field [0001] The invention relates to a preparation process of an electric heating composite floor and a wooden floor, in particular to a manufacturing process of a wood-bamboo composite floor with a built-in carbon fiber electric heating layer, belonging to the technical field of electric heating floor heating. Background technique [0002] In recent years, with the improvement of living standards and quality pursuits, geothermal heating has been widely introduced into people's home life. Geothermal heating is a heating method that uses the entire ground as a low-temperature radiation heating source. It has incomparable advantages over other heating methods and is unanimously considered to be the most scientific, reasonable, healthy, economical and energy-saving heating method. The characteristics of the temperature gradient of the lower heat and the upper cool are in line with the ancient Chinese medicine health care theory of warming the feet and colding the hea...

AI Technical Summary

Problems solved by technology

Plumbing, that is, low-temperature hot water ground radiation heating, has the disadvantages of low thermal efficiency, slow heating rate, waste of energy, troublesome installation and after-sales service, scale accumulation in the water pipes and blockage of the pipes, so the water circulation system must be cleaned regularly; However, the electric heating film, heating cable, and electric heating block all adopt the principle of traditional electric heating wire to generate heat, which consumes a lot of power and the heating element is easy to age.

The above traditional geothermal construction costs are high, the construction is difficult, and the floor laid on the heat source is extremely demanding. Due to the particularity of geothermal heating, the geothermal floor must have good thermal conductivity, thermal stability, environmental protection, and resistance to heat. Good deformability

At present, there are various so-called geothermal floors on the market, but most of them are geothermal floors with solid wood composite structure, and the existing geothermal floors have the problems of uneven heat dissipation, slow temperature rise, and high heat loss.

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