Porous Materials Based on Nickel and Aluminum

  • Dubinina, L.V. (Department of Rare Metals and Powder Metallurgy, Moscow Institute Steel and Allows (Technological University)) ;
  • Lopatin, V.U. (Department of Rare Metals and Powder Metallurgy, Moscow Institute Steel and Allows (Technological University)) ;
  • Narva, V.K. (Department of Rare Metals and Powder Metallurgy, Moscow Institute Steel and Allows (Technological University)) ;
  • Shugaev, V.A. (Department of Rare Metals and Powder Metallurgy, Moscow Institute Steel and Allows (Technological University)) ;
  • Vin, Tein (Department of Rare Metals and Powder Metallurgy, Moscow Institute Steel and Allows (Technological University))
  • Published : 2006.09.24

Abstract

Investigation of influence the morphology of initial powder particles, application pore-formers for sintering of nickel powders and application of flux for sintering of aluminum was made. Using different methods was prepared material with size of porous in wide range size of pores ($1-500{\mu}m$). Using the flux for gravity sintering of aluminum in air atmosphere was manufactured porous material with porosity about 45%..

Keywords