Nonmetal far-infrared heating plate and preparation method thereof

A far-infrared heating, non-metal technology, applied in electric heating devices, ohmic resistance heating, heating element materials, etc., can solve the problems of high production cost, complex raw materials for high temperature oxidation resistance heating plate, complicated operation steps, etc., and achieve low production cost. , The effect of high efficiency of electric energy conversion into heat energy and simple raw materials

Inactive Publication Date: 2019-06-07
吴章杰 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] However, the high-temperature oxidation-resistant heating plate prepared by the above-mentioned disclosed preparation method has complex raw materials, cumbersome operation steps, and high production cost.

Method used

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Effect test

preparation example Construction

[0028] The present invention also provides a preparation method of a non-metallic far-infrared heating plate, comprising the following steps:

[0029] Step S1, the mass percentage is 1-5% of C60 fullerene, 30-50% of nano-graphite powder, 1-10% of conductive copper powder, 1-5% of conductive carbon black, 20-40% of high Borosilicate glass powder, 1-2% of auxiliary materials, 20-40% of diluent are fully mixed into conductive powder;

[0030] Step S2, put the above-mentioned conductive powder into a stainless steel barrel and put it into a high-speed disperser, set the speed of the high-speed disperser to 2000-4000, the power to 2000w, and the dispersion time to 1-8h to form a uniform mixed-phase slurry ;

[0031] Step S3, adding the above-mentioned slurry to a nano-grinder for grinding and dispersing, setting the air pressure of the nano-grinder to 2pa, and the dispersion time to 2-48h, to obtain a conductive heat-generating mixed material with a fineness of 200 nanometers;

...

Embodiment 1

[0040] Step S1, the mass percentage is 1% of C60 fullerene, 30% of nano graphite powder, 6% of conductive copper powder, 3% of conductive carbon black, 35% of borosilicate glass powder, 1% of defoaming agent , 24% abietyl alcohol is fully mixed into conductive powder;

[0041] Step S2, take 1 kg of the above-mentioned conductive powder and put it into a stainless steel barrel and put it into a high-speed disperser, set the speed of the high-speed disperser to 2000-4000, the power to 2000w, and the dispersion time to 1-8h to form a uniform mixed phase the slurry;

[0042] Step S3, adding the above-mentioned slurry to a nano-grinder for grinding and dispersing, setting the air pressure of the nano-grinder to 2 Pa, and the dispersion time is 2-48 hours to obtain a conductive heat-generating mixed material with a fineness of 200 nanometers;

[0043] Step S4, grind and disperse the conductive heating mixed material and nitrocellulose resin with a three-roll machine, and grind for ...

Embodiment 2

[0045] Step S1, the mass percentage is 1.5% of C60 fullerene, 33% of nano-graphite powder, 6% of conductive copper powder, 3.5% of conductive carbon black, 33% of borosilicate glass powder, 1% of wetting agent , 22% xylene is fully mixed into conductive powder;

[0046] Step S2, take 1 kg of the above-mentioned conductive powder and put it into a stainless steel barrel and put it into a high-speed disperser, set the speed of the high-speed disperser to 2000-4000, the power to 2000w, and the dispersion time to 1-8h to form a uniform mixed phase the slurry;

[0047] Step S3, adding the above-mentioned slurry to a nano-grinder for grinding and dispersing, setting the air pressure of the nano-grinder to 2 Pa, and the dispersion time is 2-48 hours to obtain a conductive heat-generating mixed material with a fineness of 200 nanometers;

[0048] Step S4, grind and disperse the conductive heat-generating mixed material and rosin with a three-roller machine, and grind 3-5 times by the m...

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Abstract

The invention discloses a nonmetal far-infrared heating plate and a preparation method thereof, and the heating plate comprises a conductive heating mixed material and a connecting material. The conductive heating mixed material contains the following components by mass percentage: 1-5% of C60 fullerene; 30-50% of nano graphite powder; 1-10% of conductive copper powder; 1-5% of conductive carbon black; 20-40% of high borosilicate glass powder; 1-2% of an auxiliary material; and 20-40% of a diluent. The heating plate is simple in raw material, is simple and convenient in preparation method, andis low in production cost. Moreover, the heating plate is rapid in heating and high in electric energy-to-heat energy conversion efficiency and has a far infrared function.

Description

technical field [0001] The invention relates to the technical field of heating plates, in particular to a non-metallic far-infrared heating plate and a preparation method thereof. Background technique [0002] The heating plate is a safe and reliable electric heating plate with a round or square shape that generates heat without electricity and no open flame after being energized. Because it mainly relies on heat conduction during use, the thermal efficiency is high. However, the current market is all metal heating plates, which have low heat energy conversion and high energy consumption. [0003] In the patent application with the patent application number CN201810692886.9, a method for preparing a high-temperature oxidation-resistant heating plate is disclosed, which belongs to the technical field of heating plate preparation. It is divided into two parts: the base material of the heating element and the heat insulating layer of aluminum metal. By using graphite as the d...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H05B3/12H05B3/20
Inventor 吴章杰郭怀恩
Owner 吴章杰
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