Nanoceram-Bright

DMP Dental Industry S.A. · Quelle

Nanoceram-Bright is a light curing nano-hybrid composite composed of a special blend of nano and micro fillers which produces a superior restorative. The highest aesthetic results have been achieved through the development of a sophisticated method for the integration of the nanoparticles in the resin matrix. These nanoparticles assist in obtaining ultralow wear properties and quick polishing after placement.

Nanoceram-Bright is characterized by its ease in sculpting with no slumping. Its low polymerization shrinkage due to high loading and particle size blending yields high marginal integrity, minimizing post operative sensitivity and eliminating micro leakage.

Indications

Anterior and posterior restorations

Class I - V restorations

Veneering of discoloured anterior teeth

Repair of composite and ceramic veneers

Reconstruction of affected anterior teeth

Splinting of mobile teeth

Characteristics - Advantages

  • Superior aesthetics
  • Excellent handling characteristics
  • Excellent sculptability
  • Low shrinkage-Very good marginal adaptation
  • Extremely high polishability
  • High resistance to wear
  • Strongly radiopaque
  • Non-sticky

Technical Data

  • Filled by weight (%): 80
  • Average filler particle size (nm): 700
  • Flexural strength (MPa): 138
  • Polymerization shrinkage (%): 1.7
  • Water sorption (μg/mm³): 9.5
  • Compressive strength (MPa): 320
  • Radiopacity (mm of Al): ≥1

Produktinformationen

HerstellerDMP Dental Industry S.A.
IndikationAnterior and posterior restorations, Class I - V restorations, Veneering of discoloured anterior teeth, Repair of composite and ceramic veneers, Reconstruction of affected anterior teeth, Splinting of mobile teeth
Röntgenopazität≥1 mm of Al
Water Sorption9.5 μg/mm³
Available ShadesA1, A2, A3, A3.5, A4, B1, B2, B3, C2, C3, D3, Opaque A2, Incisal, Bleach Extra, Bleach
Filled By Weight80%
Biegefestigkeit138 MPa
Druckfestigkeit320 MPa
Polymerization Shrinkage1.7%
Average Filler Particle Size700 nm