Scheftner Starbond Titanium Disc (Gr.5)

    Description

    Scheftner Starbond Ti5 Disc

    Milling disc made of grade 5 "ELI" (Extra Low Interstitial) titanium alloy.
    For the fabrication of implant-supported dentures, superstructures, bars and abutments. Medical device Class IIa.

    Advantages for users:
    • Ideal mechanical properties
    • Excellent bonding with ceramics for titanium
    • Biocompatible
    • Extremely corrosion resistant
    • Particularly patient friendly due to low thermal conductivity
    • Perfect suitable for implant-supported restorations, superstructures and bars

    Composition in percent by mass:

    Ti 89.4%
    Al 6.2%
    V 4%
    N,C,H,Fe,O <0.4%

     

    Technical properties:

    Proof stress (Rp 0.2) 837MPa
    Ultimate tensile strength 921MPa
    Elongation 15%
    Vickers hardness 330HV5/30
    Density 4.4g/cm³
    Melting point 1650°C
    CTE (20-600°C) 10.3 x 10⁻⁶K⁻¹
    Type (DIN EN ISO 22674) 4

    Scheftner Starbond Titanium Disc (Gr.5)

      Product form

      Scheftner Starbond Ti5 Disc Milling disc made of grade 5 "ELI" (Extra Low Interstitial) titanium alloy.For the fabrication of implant-supported...

      13 in stock

      $242.00 Incl. GST

        Description

        Scheftner Starbond Ti5 Disc

        Milling disc made of grade 5 "ELI" (Extra Low Interstitial) titanium alloy.
        For the fabrication of implant-supported dentures, superstructures, bars and abutments. Medical device Class IIa.

        Advantages for users:
        • Ideal mechanical properties
        • Excellent bonding with ceramics for titanium
        • Biocompatible
        • Extremely corrosion resistant
        • Particularly patient friendly due to low thermal conductivity
        • Perfect suitable for implant-supported restorations, superstructures and bars

        Composition in percent by mass:

        Ti 89.4%
        Al 6.2%
        V 4%
        N,C,H,Fe,O <0.4%

         

        Technical properties:

        Proof stress (Rp 0.2) 837MPa
        Ultimate tensile strength 921MPa
        Elongation 15%
        Vickers hardness 330HV5/30
        Density 4.4g/cm³
        Melting point 1650°C
        CTE (20-600°C) 10.3 x 10⁻⁶K⁻¹
        Type (DIN EN ISO 22674) 4

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