Novel high-electric-conductivity high-magnetoconductivity material

Abstract

The invention discloses a novel high-electric-conductivity high-magnetoconductivity material which is composed of polyphenyl thioether, polypyrrole, silver, copper, iron, cobalt, nickel and silicon steel. The silver is in a network structure, the copper is coated on the surface of the network-structure silver, and the polyphenyl thioether, polypyrrole, iron, cobalt, nickel and silicon steel are granular and are filled in the clearances of the network-structure-silver coated cylinder. The novel material is composed of the two high-polymer electric-conducting materials polyphenyl thioether and polypyrrole and the silver and copper, and thus, has high electric conductivity; the novel material is also synthesized from the silicon steel, iron, cobalt and nickel which are high-magnetoconductivity materials, and thus, has high magnetoconductivity on the premise of high electric conductivity; the silver is improved into the network structure, so that the electric current can directly pass through the silver material, thereby preventing the mixture of other magnetoconductive materials from blocking the electric current; and therefore, the novel material has efficient electric conductivity on the premise of having magnetoconductive effect, thereby overcoming the defects in the magnetoconductive electric-conducting material in the prior art, and having high popularization and application value.

Description

technical field [0001] The invention relates to an industrial metal material, in particular to a novel material with high electrical conductivity and high magnetic permeability. Background technique [0002] General polymer materials are neither conductive nor magnetic, but for a certain purpose, it is necessary to make these polymer materials into conductors and have functions such as magnetism, which requires modification of polymer materials. The most commonly used method is Add conductive substances or magnetic iron powder or rare earth substances or other additives to polymer materials to make them polymer conductors or semiconductors or even superconductors, or magnetic polymer materials. Materials that are both magnetic and conductive have disadvantages. Either they have high conductivity and poor magnetic permeability, which is not proportional, which greatly affects the use. Therefore, there is room for improvement. Contents of the invention [0003] The object o...

AI Technical Summary

Problems solved by technology

[0002] General polymer materials are neither conductive nor magnetic, but for a certain purpose, it is necessary to make these polymer materials into conductors and have magnetic functions, which requires modification of polymer materials. The most commonly used method is Add conductive substances or magnetic iron powder or rare earth substances or other additives to the polymer material, so as to make it a polymer conductor or semiconductor or even a superconductor, or a magnetic polymer material, but the prior art can conduct Materials that are both magnetic and conductive have disadvantages. Either they have high electrical conductivity but poor magnetic permeability, which is not directly proportional, which greatly affects the use. Therefore, there is room for improvement.