Carbon fibre glass electric heating apparatus

Abstract

A carbon fiber glass electric heater comprises a carbon fiber resin heating element, which is characterized in that the carbon fiber resin heating element which is connected with an electrode lead wire is arranged on a heat-resistant glass heat-dissipating panel, and the back surface of the carbon fiber resin heating element is additionally provided with a protection film or a rubber plastic thermal insulation board. The invention selects a high-strength heat-resistant glass plate and directly arranges the carbon fiber resin heating element on the heat-resistant glass heat-dissipating panel, thus preparing the carbon fiber glass electric heater with the decorative effect. The electric heater ends the history of adopting a metal heat-dissipating plate for a long time, the biggest advantage is that the electric heater does not generate any static electricity during the using process and can be produced into the wall type, the floor type, the dado type and other various specifications and patterns. The electric heater has low manufacture cost, small thermal inertia, high electric heat conversion efficiency of more than 95 percent and low operation cost; furthermore, the temperature can be regulated arbitrarily according to requirements, the power density is 1 to 40W / m<2>, and the surface temperature can achieve below 300 DEG C.

Description

technical field [0001] The invention relates to an electric heating device made by using a carbon fiber resin heating element as a heating element, in particular to a carbon fiber glass electric heater. Background technique [0002] Most of the existing heating facilities adopt the central heating method of boilers. The heated medium water enters the user's indoor water supply and return pipes along the thermal pipes laid underground, and dissipates heat through the radiators installed indoors. The above-mentioned heating facilities adopt boilers, heat pipes and secondary pressurization facilities installed in buildings, water supply, return pipes and radiators. The investment in infrastructure facilities is large, the daily maintenance work is complicated and expensive, and the heat conversion rate is low. Big loss. Not only that, manufacturing the above-mentioned heating facilities needs to consume a large amount of metal materials, and the environmental pollution generat...

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