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AssigneeHelian New energy Co.,LTD
InventorsCHIA-YU CHANG, HIROKAZU NAKAJIMA, HUIYUN HE, HONGBIN PAN
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The present disclosure belongs to the technical field of magnetic isolation materials, and particularly relates to a magnetic isolation material with counter potential crystals and a preparation method thereof. The magnetic isolation material with counter potential crystals includes a non-magnetoconductive layer, a fusion layer and a magnetic isolation layer. The non-magnetoconductive layer is connected with the magnetic isolation layer through the fusion layer. The non-magnetoconductive layer is made of a graphene-reinforced titanium alloy. The magnetic isolation layer is made of a graphene-reinforced iron-nickel-cobalt alloy. The finally prepared magnetic isolation material with counter potential crystals has a highly magnetoconductive surface and a non-permeable and non-magnetized matrix.
A magnetic isolation material with counter potential crystals, wherein the magnetic isolation material with counter potential crystals comprises a non-magnetoconductive layer, a fusion layer and a magnetic isolation layer, the non-magnetoconductive layer being connected with the magnetic isolation layer through the fusion layer, wherein the non-magnetoconductive layer is made of a graphene-reinforced titanium alloy, the magnetic isolation layer is made of a graphene-reinforced iron-nickel-cobalt alloy, and the fusion layer is formed by intermediate fusion of the non-magnetoconductive layer and the magnetic isolation layer when a temperature is reduced from 3652° C. to 1217±1.5° C.
Dependencies are inferred from the claim text.