Showing 401–411 of 411 results

• Zr % Zirconium base

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  Standard AlloyPurityComposition

  Zr - Fe99.9 %

  Zr - Nb99.9 %

  Zr - Ni99.9 %

  Zr - Ti99.9 %

  Zr - Y99.9 %

• ZrB₂ Zirconium Boride

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  Purity99.9 - 99.99 %

  Density (g/cm³)6.09

  Melting Point (°C)3040

• ZrC Zirconium Carbide

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  Purity99.9 - 99.999 %

  Density (g/cm³)6.73

  Melting Point (°C)3540

  Evaporation Temperature (°C)2500

  ShapeGranules

• ZrN Zirconium Nitride

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  Purity99.9 - 99.99 %

  Density (g/cm³)7.09

  Melting Point (°C)2980

• ZrO₂ Zirconium Oxide

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  Purity99.9 - 99.99 %

  Density (g/cm³)5.68

  Melting Point (°C)2715

• ZrO₂ Zirconium Oxide

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  Purity99.99 - 99.999 %

  Density (g/cm³)4.90

  Melting Point (°C)2700

  Evaporation Temperature (°C)2200

  ShapeGranules

• ZrO₂ / Al₂O₃ Zirconium Oxide / Aluminium Oxide

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  Purity99.9 %

  Composition40 / 60

  ShapeGranules / Disks

• ZrO₂ / Ta₂O₅ Zirconium Oxide / Tantal Oxide

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  Purity99.99 %

  Composition70 / 30, 50 / 50

  ShapeGranules / Disks

• ZrO₂ / TiO₂ Zirconium Oxide / Titanium Oxide

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  Purity99.99 %

  Composition50 / 50, 40 / 60

  ShapeGranules / Disks

• ZrO₂ / Y₂O₃ Zirconium Oxide / Yttrium Oxide

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  Purity99.99 %

  Composition80 / 20

  ShapeGranules / Disks

• BaB₂O₄ β-Barium Borate

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  Dimensions4 mm × 4 mm × 7 mm
  8 mm × 4 mm × 7 mm
  as substrates or prism

  Growth TechniqueCzochralski

  Orientationz axis

  Dopingundoped

  Surface1 side / 2 sides polished

  StructureTrigonal

  Lattice Constanta = b = 1.253 nm
  c = 1.272 nm
  Z = 7

  Melting Point1095 °C

  Density3.85 g/cm³

  Thermal Expansion Coefficient4.0 × 10^-6 K^-1 @ a axis
  36 × 10^-6 K^-1 @ c axis

  Refractive Indexn_e = 1.5425 @ 1064 nm
  n₀ = 1.6551 @ 1064 nm

  Hardness4.5 M