271 search result(s) for ''.
Data source: Metal foam

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  1. Metal foam

    A356 + 316L (porosity 58%)

    • Porosity: 58%; Average pore size: 3.7 mm; Foam type: Closed cell.
      Casting HS - Al-Steel Composite. Steel hollow spheres packed into a random loose arrangement, with the interstitial spaces between spheres occupied with a solid metallic matrix.
  2. Metal foam

    316L stainless steel (porosity 93.5%)

    • Porosity: 93.5%; Average pore size: 1.2 mm; Foam type: Open cell.
      Polymer precursor - 6.5%. Cells take on whatever characteristics the polymer foam had.
  3. Metal foam

    316L stainless steel (porosity 62.5%)

    • Porosity: 62.5%; Average pore size: 2 mm; Foam type: Closed cell.
      PM/HS composite - 2.0 mm, stainless. Powder metallurgical region may be foamed or a semi-solid matrix.
  4. Metal foam

    316L stainless steel (porosity 96%)

    • Porosity: 96%; Average pore size: 1.7 mm; Foam type: Closed cell.
      Sintered HS - 2 mm dense. Two different cell voids: interior of the spheres, and spaces between spheres.
  5. Metal foam

    316L stainless steel (porosity 96%)

    • Porosity: 96%; Average pore size: 3 mm; Foam type: Closed cell.
      Sintered HS - 4mm dense. Two different cell voids: interior of the spheres, and spaces between spheres.
  6. Metal foam

    316L stainless steel (porosity 96%)

    • Porosity: 96%; Average pore size: 3.4 mm; Foam type: Closed cell.
      Sintered HS - 4mm porous. Two different cell voids: interior of the spheres, and spaces between spheres.
  7. Metal foam

    Fe 99.7% + 10wt% S60HS (porosity 46%)

    • Porosity: 46%; Foam type: Closed cell.
      Injection molding - S60HS. Metal matrix with integrated hollow elements. Good surface qualities and contour accuracy.
  8. Metal foam

    Fe 99.7% + 10wt% IM30K (porosity 31%)

    • Porosity: 31%; Foam type: Closed cell.
      Injection molding - IM30K. Metal matrix with integrated hollow elements. Good surface qualities and contour accuracy.
  9. Metal foam

    Zn-Mg (9:1) (porosity 72.2%)

    • Porosity: 72.2%; Average pore size: 1.5 mm; Foam type: Closed cell.
      Powder metallurgy. Pores have irregular shape.
  10. Metal foam

    Zn-Mg (9:1) (porosity 74.1%)

    • Porosity: 74.1%; Average pore size: 1.5 mm; Foam type: Closed cell.
      Powder metallurgy. Pores have irregular shape.
  11. Metal foam

    A357 aluminium alloy (porosity 75.8%)

    • Porosity: 75.8%; Average pore size: 2.8 mm; Foam type: Open cell.
      Infiltration casting of salt dough. The geometry is based on the salt dough pores shape.
  12. Metal foam

    A357 aluminium alloy (porosity 74.4%)

    • Porosity: 74.4%; Average pore size: 2.8 mm; Foam type: Open cell.
      Infiltration casting of salt dough. The geometry is based on the salt dough pores shape.
  13. Metal foam

    A357 aluminium alloy (porosity 72.3%)

    • Porosity: 72.3%; Average pore size: 2.8 mm; Foam type: Open cell.
      Infiltration casting of salt dough. The geometry is based on the salt dough pores shape.
  14. Metal foam

    Titanium 50.6% - nickel 49.4% (porosity 59%)

    • Porosity: 59%; Average pore size: 383 um; Foam type: Open cell.
      Space holder technique(spherical Mg powders). Isotropic foam with spherical and homogeneously distributed pores.
  15. Metal foam

    Aluminium (porosity 72%)

    • Porosity: 72%; Average pore size: 2.5 mm; Foam type: Closed cell.
      Melt foaming method. Aluminum matrix with 0 wt% of manganese addition. The pore structures are.
  16. Metal foam

    Aluminium (porosity 72%)

    • Porosity: 72%; Average pore size: 2.5 mm; Foam type: Closed cell.
      Melt foaming method. Aluminum matrix with 0.2 wt% of manganese addition. The pore structures are.
  17. Metal foam

    Aluminium (porosity 72%)

    • Porosity: 72%; Average pore size: 2.5 mm; Foam type: Closed cell.
      Melt foaming method. Aluminum matrix with 1.0 wt% of manganese addition. The pore structures are.
  18. Metal foam

    Aluminium (porosity 72%)

    • Porosity: 72%; Average pore size: 2.5 mm; Foam type: Closed cell.
      Melt foaming method. Aluminum matrix with 2.0 wt% of manganese addition. The pore structures are.
  19. Metal foam

    AlSi9Mg aluminium alloy (90.89% Al, 8.90% Si, 0.21% Mg) (porosity 65.3%)

    • Porosity: 65.3%; Average pore size: 2 mm; Foam type: Open cell.
      Infiltration process. Aluminium - Silicon alloy matrix with SiC particles addition (4%vol.). Irregular pores, with NaCl particles size.
  20. Metal foam

    Aluminium (porosity 75.9%)

    • Porosity: 75.9%; Average pore size: 1 mm; Foam type: Closed cell.
      The dynamic gas injection method with high-speed horizontal oscillation. Aluminium matrix with 7% Si, 0.3% Mg, 0.2% Fe (max) and 0.1 % Zn (max).
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