Zirconia diversity - Prettau® zirconia materials at a glance

Prettau®


Highly translucent zirconia for single crowns up to full-arch bridges (fully anatomical or reduced)
Novo 

Prettau® 2
AVAILABLE SOON


Particularly highly translucent and bending-resistant zirconia for single crowns up to full-arch bridges (fully anatomical or reduced)
Novo 

Prettau® 2 Dispersive®


Particularly highly translucent and bending-resistant zirconia for single crowns up to full-arch bridges (fully anatomical or reduced). This pre-coloured material is polychromatic and features a smooth, natural colour transition
Novo 

Prettau® 3 Dispersive®
AVAILABLE NOW!


Particularly translucent zirconia with high flexural strength made with Gradual-Triplex-Technology, a triple gradient of colour, flexural strength and translucency. For restorations from single crowns to full-arch bridges (fully anatomical or reduced).

Prettau® 4 Anterior®


Most translucent zirconia for single crowns, inlays, onlays, veneers up to 3-unit bridges (fully anatomical or reduced)
Novo 

Prettau® 4 Anterior® Dispersive®


Most translucent zirconia for single crowns, inlays, onlays, veneers up to 3-unit bridges (fully anatomical or reduced). This pre-coloured material is polychromatic and features a smooth, natural colour transition
 

 

Zirkonzahn Shade Guides

Novo 

Zirkonzahn Shade Guides


High-quality monolithic Prettau® Dispersive® zirconia shade guides for a material-identical determination of the tooth colour for upper and lower anteriors, posteriors and minimal cutback for the creation of unique shade guides
 

 

Prettau® Skin® Technique – For ultra-thin zirconia veneers

Prettau® Skin®


Zero to minimal impairment of tooth substance with our ultra-thin Prettau® zirconia veneers


 

Comparison of the characteristics
_________________ _________________ _________________ _________________ _________________ _________________
PRETTAU® PRETTAU® PRETTAU® PRETTAU® PRETTAU® PRETTAU®
  2 2 3 4 4
    DISPERSIVE® DISPERSIVE® ANTERIOR® ANTERIOR®
DISPERSIVE®
_________________ _________________ _________________ _________________ _________________ _________________
Translucency Translucency Translucency Translucency Translucency Translucency
_________________ _________________ _________________ _________________ _________________ _________________
Flexural strength Flexural strength Flexural strength Flexural strength Flexural strength Flexural strength
_________________ _________________ _________________ _________________ _________________ _________________
      Gradual-Triplex-Technology*    
           
Without colour gradient Without colour gradient With colour gradient With colour gradient Without colour gradient With colour gradient
           
Without flexural strength gradient Without flexural strength gradient Without flexural strength gradient With flexural strength gradient Without flexural strength gradient Without flexural strength gradient
           
Without translucency gradient Without translucency gradient Without translucency gradient With translucency gradient Without translucency gradient Without translucency gradient
_________________ _________________ _________________ _________________ _________________ _________________
Individual colouring
with Colour Liquids		 Individual colouring
with Colour Liquids		 Optional: Individualisation
with Colour Liquid
Intensiv		 Optional: Individualisation
with Colour Liquid
Intensiv		 Individual colouring
with Colour Liquids		 Optional: Individualisation
with Colour Liquid
Intensiv
_________________ _________________ _________________ _________________ _________________ _________________
Sintering temperature Sintering temperature Sintering temperature Sintering temperature Sintering temperature Sintering temperature
1600 °C 1600 °C 1600 °C 1500 °C 1500 °C 1500 °C
_________________ _________________ _________________ _________________ _________________ _________________
Monolithic design in
the posterior area possible		 Monolithic design in
the anterior area and
in the posterior area possible		 Monolithic design in
the anterior area and
in the posterior area possible		 Monolithic design in
the anterior area and
in the posterior area possible		 Monolithic design in
the anterior area and
in the posterior area possible		 Monolithic design in
the anterior area and
in the posterior area possible
_________________ _________________ _________________ _________________ _________________ _________________
           
*Gradual-Triplex-Technology: The zirconia is already provided with colour, translucency and flexural strength gradients during the production process. This results in a natural colouring, a highly translucent cutting edge and an extremely high flexural strength at the tooth neck.
 

Zirconia on zirconia cementation – The tensile test