| High-performance Ceramics – REINLUX Zirkon Zr |
The REINLUX high-performance ceramics are an essential component of CAD/CAM Systems from the company
Luxburg & Reins and balanced for all system components.
REINLUX zirconium oxides are ceramics of type II in the sense of the international standard EN ISO
6872:1998 and have been developed for the preparation of dental restorations.
High-performance ceramics from the Luxburg & Reins factory:
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REINLUX Zirkon Zr Premium
Zirconium dioxide. |
From REINLUX Zirkon Zr Premium single crowns as well as wide-span bridges of up
to 14 elements can be made, plus abutments and primary parts. |
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REINLUX Zirkon Zr Transluzent
Zirconium dioxide translucent |
REINLUX Zirkon Zr Transluzent is, due to its translucency, especially suitable for
restorations of front teeth and meets the highest aesthetic requirements. |
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REINLUX Zirkon Zr Color
Zirconium dioxide dentine amphophilic
|
With REINLUX Zirkon Zr Color, Luxburg & Reins AG offers a solid-coloured zirconium
dioxide. The dentine amphophilic material is pre-coloured and thus offers the
option to manufacture structures including the optimal preconditions for lining with
zirconium ceramics from various manufacturers. |
Physikalische und chemische Eigenschaften:
Bending strength | > 1380 MPa |
WAK-value | 10,6 ± 5*10-6K-1 |
Chemical stability | 5 µg/cm2 |
Density | > 6,05 g/cm3 |
Open porosity | 0 % |
E-Module | 200 GPa |
Hardness | 1300 MPa |
Processing temperature | 1450°C |
Properties of the REINLUX zirconium oxides
• solid ceramic structure material for high aesthetic
requirements
• far-reaching wide indication spectrum
• long-time testing for dental applications
• superior mechanical properties with high strength parameters
• very good processibility in manufacturing and subsequent
processing
• high fi tting accuracy of all restorations after the sintering
process
• unlimited biocompatibility
• ageing stability due to composition and manufacturing methods
• fi t for lining with all conventional lining ceramics for
zirconium oxide
• normal preparation and cementation possible
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CAM MARSHAL
