Aster+
Light-Cured Nanohybrid Restorative Composite
Light-curing universal restorative composite.
INDICATED FOR
Indicated for direct and indirect restorations in anterior and posterior teeth, core build-ups and dental splinting.
INDICATED FOR
Indicated for direct and indirect restorations in anterior and posterior teeth, core build-ups and dental splinting.
CLINICAL BENEFITS
ASTER+ by Kiyomi Dental combines mechanical strength, ease of handling and aesthetics in a universal restorative composite. Its formulation with inorganic filler and zirconia, together with low polymerisation shrinkage and excellent polishability, enables its use in a wide range of direct and indirect restorative procedures.
High mechanical strength
Its compressive strength of 321 MPa and flexural strength of 140 MPa support its use in restorations subjected to high functional loads.
Optimised inorganic filler content
Its inorganic filler accounts for 73–78% of the material’s weight and 56–63% of its volume. With particle sizes ranging from 50 to 200 nm, it offers a balance between strength and ease of finishing. Its innovative filler of zirconium oxide (ZrO₂) and silicon dioxide (SiO₂) nanoclusters helps improve compressive strength, facilitates handling and enables a high-gloss finish.
Excellent performance in contact with water
It has a water absorption of 17 µg/mm³ and a water solubility of 0.7 µg/mm³, supporting its stability in the oral environment, along with fluorescence similar to that of natural enamel. In addition, its filler of heat-fused nanoparticles, known as nanoclusters, facilitates handling and provides high mechanical strength and a high-gloss finish.
Long-Term Color Stability
Long-lasting aesthetic finish
CLINICAL BENEFITS
CLINICAL BENEFITS
ASTER+ by Kiyomi Dental combines mechanical strength, ease of handling and aesthetics in a universal restorative composite. Its formulation with inorganic filler and zirconia, together with low polymerisation shrinkage and excellent polishability, enables its use in a wide range of direct and indirect restorative procedures.
High mechanical strength
Its compressive strength of 321 MPa and flexural strength of 140 MPa support its use in restorations subjected to high functional loads.
Optimised inorganic filler content
Optimised inorganic filler content
Its inorganic filler accounts for 73–78% of the material’s weight and 56–63% of its volume. With particle sizes ranging from 50 to 200 nm, it offers a balance between strength and ease of finishing. Its innovative filler of zirconium oxide (ZrO₂) and silicon dioxide (SiO₂) nanoclusters helps improve compressive strength, facilitates handling and enables a high-gloss finish.
Excellent performance in contact with water
It has a water absorption of 17 µg/mm³ and a water solubility of 0.7 µg/mm³, supporting its stability in the oral environment, along with fluorescence similar to that of natural enamel. In addition, its filler of heat-fused nanoparticles, known as nanoclusters, facilitates handling and provides high mechanical strength and a high-gloss finish.
Excellent resistance to water absorption
Long-lasting aesthetic finish
Restorative versatility
Restorative versatility
Indicated for direct and indirect anterior and posterior restorations, core build-ups, fabrication of orthodontic attachments, sealing of implant screw access channels and dental splinting.
Fluorescence similar to natural enamel
Fluorescence similar to natural enamel
Its enhanced filler of heat-fused nanoparticles, known as nanoclusters, provides an easy-to-handle consistency, high mechanical strength and excellent gloss.
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