Composite material novel energy saving heating device

Abstract

The invention discloses a composite material novel energy saving heating device, comprising a heating loop heat insulation housing prepared by a high temperature nylon glass fiber composite nano-material, a high density ceramic fibre compression cotton insulation interlayer and a heating core of an active silicon carbide composite material novel structure. The insulation interlayer is arranged between the internal wall of the heating loop heat insulation housing and the heating core, and is movably jointed by more than two blocks of insulation monomers; the heating core is formed by more than two heating bodies which are in tandem connection through spring-shaped heating nanometer nichrome alloy resistance wires, and is in a strip shape of a free radian after assembling according to a process structure; through holes are parallelly arranged between two surfaces of an arc boss and an arc groove, and are provided with heating nanometer nichrome alloy resistance wires; the insulation interlayer is in a strip shape of a free radian after assembling according to a process structure. The composite material novel energy saving heating device has the characteristics of rapid heat transfer, fast heating and directional heating, and possesses the advantages of longer service life than a traditional product, higher efficiency and lower production cost.

Description

technical field [0001] The invention relates to the technical field of a novel energy-saving heating device for composite materials, in particular to a novel energy-saving heating device for composite materials. Background technique [0002] The heating devices currently on the market can only use a single conduction heating or radiation heating to supply heat to the parts to be heated. A single heating method will have the following defects: 1. Large power, slow temperature rise, slow heat transfer, and heat insulation Poor effect, uneven heating, unstable work; 2. The temperature is easy to leak, high heat loss, wasting a lot of electric energy, the ambient temperature is high, the thermal efficiency is extremely low, and there are great hidden dangers in work safety; 3. The product life is short, and There is no value for maintenance and recycling. 4. The labor cost of the traditional heating device is relatively high, and the labor cost accounts for about 45% to 55% of t...

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Problems solved by technology

[0003] The purpose of the present invention is to address the deficiencies of the prior art, and provide a new type of energy-saving heating device for composite materials. By providing a notch on one side of the heating body with a through hole, direct radiation and conduction heating can be carried out simultaneously, which solves the problem of the prior art. The heat conduction efficiency of the closed heating body and the electric heating wire is slow, and it is easy to lose heat

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