Jen-Favorite LC (Zr-Si)

Free

Updated nanohybrid universal restorative composite (Zr-Si) with trimodal spherical nanofiller.

The combination of such differently sized spherical nanofillers made it possible to create a material with exceptional manual characteristics and improved polishing properties of the material, increase the radiopacity of the material, increase resistance to abrasion and increase the bending strength by 10%.

Description

INDICATIONS FOR USE (Classic shades)

  • High-aesthetic restoration of cavities of class I, II, III, IV and V.
  • Making of inlays and onlays.
  • Sandwich technology.
  • Stump modeling.
  • Splinting.

INDICATIONS FOR USE (Color shades)

  • Direct and indirect restorations for individualization of the restored teeth;
  • Restoration of temporary teeth in pediatric dentistry;
  • Marking of sealed canals facilitating their search during refilling process;
  • Temporary inlays.

PRODUCT BENEFITS

  • The material has exceptional manual properties. It is soft and, at the same time, does not stick to the instrument, which greatly facilitates its adaptation in the cavity, especially at the border of «tooth tissue – restoration»;
  • Increased radiopacity due to the presence of zirconium dioxide ZrO2 in the composition;
  • High resistance of the material to abrasion due to the selected combination of spherical filler particles, in particular the presence of spherical zirconium dioxide;
  • Increased bending strength by 10%;
  • Significantly improved polishing properties of the material.

SPHERICAL NANO ZR-SI FILLER

  • ВInorganic filler content (weight) ≈ 77%;
  • Volumetric Shrinkage – less then 2.5%;
  • Flexural Modulus – 8.5 GPa;
  • Flexural Strength – 125 МPa;
  • Compressive Strength – 300 МPa;
  • Diametral tensile strength – 70 MPa;
  • Average spherical SiO2 nanofiller particle size – 12 nm;
  • Average spherical SiO2 nanofiller particle size – 40 nm;
  • Average spherical Zr-Si nanofiller particle size – 100 nm;
  • Average spherical nanoclaster particle size – 350 nm;
  • Average prepolymerized microclaster particle size – 15 μm;
  • Water solubility – less than 2.5 μg/mm3;
  • Water sorption – less than 10.0 μg/mm3.

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