Invention Grant
US09321105B2 Clay-like composition for forming sintered copper body, powder for clay-like composition for forming sintered copper body, method of manufacturing clay-like composition for forming sintered copper body, sintered copper body, and method of manufacturing sintered copper body 有权
用于形成烧结铜体的粘土组合物,用于形成烧结铜体的粘土状组合物粉末,用于形成烧结铜体的粘土状组合物的制造方法,烧结铜体以及烧结铜体的制造方法

  • Patent Title: Clay-like composition for forming sintered copper body, powder for clay-like composition for forming sintered copper body, method of manufacturing clay-like composition for forming sintered copper body, sintered copper body, and method of manufacturing sintered copper body
  • Patent Title (中): 用于形成烧结铜体的粘土组合物,用于形成烧结铜体的粘土状组合物粉末,用于形成烧结铜体的粘土状组合物的制造方法,烧结铜体以及烧结铜体的制造方法
  • Application No.: US13298515
    Application Date: 2011-11-17
  • Publication No.: US09321105B2
    Publication Date: 2016-04-26
  • Inventor: Takashi YamajiYoshifumi YamamotoYasuo IdoShinji Otani
  • Applicant: Takashi YamajiYoshifumi YamamotoYasuo IdoShinji Otani
  • Applicant Address: JP Tokyo
  • Assignee: MITSUBISHI MATERIALS CORPORATION
  • Current Assignee: MITSUBISHI MATERIALS CORPORATION
  • Current Assignee Address: JP Tokyo
  • Agency: Locke Lord LLP
  • Agent James E. Armstrong, IV; Nicholas J. DiCeglie, Jr.
  • Priority: JP2010-257850 20101118; JP2011-226902 20111014
  • Main IPC: B22F3/10
  • IPC: B22F3/10 C22C32/00
Clay-like composition for forming sintered copper body, powder for clay-like composition for forming sintered copper body, method of manufacturing clay-like composition for forming sintered copper body, sintered copper body, and method of manufacturing sintered copper body
Abstract:
A clay-like composition for forming a sintered copper body of the present invention includes a powder constituent containing a copper-containing metal powder which contains copper and a copper-containing oxide powder which contains copper; a binder; and water, wherein the amount of oxygen contained in the powder constituent is in a range of from 4 mass % to 8 mass %.
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