TH32921A - Coating material for emitting surface for electromagnetic wave generation and related preparation process. - Google Patents

Abstract

DC60 (17/07/41) The body of this patent is a coating for a release surface for making Electromagnetic waves are generated and the process for the preparation of the related parts, the coating material consists of bonding agents, insulators, dispersing agents, water and graphite, all of which are patented. The glaze consists of a base material containing 55 to 65% of the bonding agent, insulator, dispersant and distilled water and 35 to 45% graphite content, with the bonding fluid composed of distilled water, sulfonic oil. Nates, phenol or benzo isothiazolinon, casein, urea, alkaline and caprolactam diluents. In accordance with the patented coating preparation process, the binder was prepared in the first step process, the base material was prepared in the second process, and the base material was obtained. Combination with graphite in the fourth process step. The result will be a glaze material. It exhibits considerable dipole conductivity arising from graphite, insulators and bonding agents, and generates electromagnetic waves with a high degree of emission when activated.This patent body is a floor coating. Skin release for making Electromagnetic waves are generated and the process for the preparation of the related parts, the coating material consists of bonding agents, insulators, dispersing agents, water and graphite, all of which are patented. The glaze consisted of a base material containing 55 to 65% flux, insulator, dispersant and distilled water and 35 to 45% graphite content, with the bonding fluid consisting of distilled water, sulfoated water. Nates, phenol or benzo isothiazolinon, casein, urea, alkaline and caprolactam diluents. In accordance with the patented coating preparation process, the binder was prepared in the first step process, the base material was prepared in the second process, and the base material was obtained. Combination with graphite in the fourth process step. The result will be a glaze material. It exhibits a large dipole-induced by graphite, insulators and bonding agents, and generates electromagnetic waves with a high degree of release when stimulated.

Claims (2)

1.Coating material for emitting surfaces for electromagnetic waves. Watery Bonding agents (binding agents), insulation, dispersants, water and graphite Its characteristics are: a. 55% to 65% of base material content (mole ratio) which consists of - 39 to 49% binder content - Dielectric content 18 Up to 23 percent - 18 to 24 percent dispersion reagent - 12 to 16 percent distilled water and b. 35 to 45 percent graphite content with brazing compound - distilled water 64 Up to 79 percent - 4 to 6 percent sulfated oil - 0.16 to 0.24 percent phenol or beisotiazolinon content. (benzoisothiazolinon) 0.05 to 0.5 percent - 15 to 19 percent casein - 0.8 to 1.2 percent urea content - 2 to 3 percent alkaline reagent content and - caprolol content 2.5 to 3.5 percent bactam, and where insulators, graphite and reagents Solder to form an electric dipole. 2. The coating material according to claim 1 has the characteristics that the popular sulfonate oil is ricinous sulfonate oil 3. The coating according to claim 1 or 2 has characteristics Only that the finals Is a finale with the addition Carbon created by degradation or commonly used Benzo isothiazolinon 4. Coating material according to one of the claims 1 to 3. With the characteristics that the solution is diluted It is a solvent by being aromatic. And / or alcohol And / or esters And / or ketone 5. coating material according to one of the claims 1 to 4 With the characteristics that the insulator is Insulating soot 6. Coating material according to Claims 1 to 5. With the characteristics that the solution for Distribution is an inorganic and / or organic substance, monomer and / or polymer. 7. Coating material in accordance with claims 1 to 6. With the characteristics that the coating material Thysotrophic liquid is included. 8. Any coating material according to claim 1 to 7. With the characteristics that the coating material is used To the discharge surface of the emitter So that electromagnetic radiation can be released At the same frequency as the magnitude of the natural molecular frequency of the material placed in the field. Release of the emitter To be heated or cooled. 9. Methods for the manufacture of coating materials for release surfaces. To make waves Electromagnets in which the bonding fluid, insulator, dispersion fluid, water and graphite are mixed, has been characterized in that at the first stage of the process, the reagent is prepared for Bonding - 64 to 79 percent distilled water - 4 to 6 percent oil sulfate - 0.16 to 0.24 percent phenol or 0.05 to 0.5 percent benzoethiazolinon content - 15 to caseene content. Up to 19 percent - 0.8 to 1.2 percent urea, 2 to 3 percent alkaline solution, and - 2.5 to 3.5 percent caprolactam content were mixed. And in the second step in the preparation of the base material - 39 to 49 percent welding solution - 18 to 23 percent insulation - 18 to 24 percent dispersion solution and - 12 to 16 percent distilled water. Get mixed up And in the process The third stage of the coating - 55 to 65% base material and - 35 to 45% graphite content was mixed with the insulator, graphite and brazing fluid. give Electrical kidney polyp for electromagnetic emissions 1 0. A method for the manufacture of coatings according to claim 9, with the characteristics of sulfonate oils. Where the bonding fluid is used should be sulfonate ricinus oil, with the phenol used in the reagent The brazing should be a carbon-filled phenol by building up. By degradation or benzoethy Azolinon is used, as a diluent used in bonding solutions as a solvent. Which will be aromatic And / or alcohol And / or esters And / or ketone, by the insulation used In the base material is insulating ash. And by the dispersing solution used as an inorganic base material And / or organic substances, monomers and / or polymers 1 1. Methods for the production of coatings according to claim 9 or unique claim 10. That thysotropy was added to the coating material 1 2. Method for the manufacture of coating materials in accordance with any Clause 9 to 11. Characteristic That the spreadable coating that was prepared It has been applied to the release surface of the release by spraying, brushing, or knife coating process. It was later hardened after the hardening process. Dry by the emitter, emits electromagnetic radiation with the same frequency as the level The natural molecular frequency size of the material placed in the field. Release of the emitter so that Will be heated or cooled