Aster Flow+
Light-cured nano-flowable composite
Aster Flow + by Kiyomi Dental is a light-cured, flowable microhybrid restorative composite designed to restore carious lesions and structural defects in teeth. Its balanced medium viscosity and self-levelling technology facilitate precise application and excellent adaptation to surfaces and cavities, combining ease of handling, aesthetics and mechanical performance.
Its organic matrix is based on Bis-GMA, TEGDMA and EBPADMA. It contains approximately 60–65% by weight / 46% by volume of inorganic filler, comprising silane-treated barium glass and Ca-Zr-silicate, with a particle size ranging from approximately 0.01 µm (10 nm) to 3 µm (3,000 nm). This composition provides excellent radiopacity and contributes to the material’s physical and mechanical properties.
Aster Flow + has a flexural strength of 130 MPa, water sorption of 19 µg/mm³, water solubility of 0.48 µg/mm³, polymerisation shrinkage of 1.35%, and a depth of cure of up to 2.9 mm.
Thanks to its effective self-levelling properties, Aster Flow + allows precise control over material placement. Its ease of polishing, lasting gloss and radiopacity greater than 300% support functional, aesthetic restorations that are readily identifiable on radiographs.
Clinical features
- Light-cured, flowable restorative composite.
- Organic matrix: Bis-GMA, TEGDMA and EBPADMA.
- Inorganic filler content: approximately 60–65% by weight / 46% by volume.
- Inorganic filler: silane-treated barium glass and Ca-Zr-silicate.
- Particle size: approximately 0.01 µm (10 nm)–3 µm (3,000 nm).
- Flexural strength: 130 MPa.
- Polymerisation shrinkage: 1.35%.
- Water sorption: 19 µg/mm³.
- Water solubility: 0.48 µg/mm³.
- Radiopacity greater than 300%.
- Depth of cure of up to 2.9 mm.
- Self-levelling technology and good flowability.
- Excellent polishability and lasting gloss.
- Shades: A1, A2, A3, B1.
- Packaging: 2 g syringe with dispensing tips.
Light-Cured Nano-Flowable Composite
Aster Flow + by Kiyomi Dental is a light-cured, flowable microhybrid restorative composite designed to restore carious lesions and structural defects in teeth. Its balanced medium viscosity and self-levelling technology facilitate precise application and excellent adaptation to surfaces and cavities, combining ease of handling, aesthetics and mechanical performance.
Its organic matrix is based on Bis-GMA, TEGDMA and EBPADMA. It contains approximately 60–65% by weight / 46% by volume of inorganic filler, comprising silane-treated barium glass and Ca-Zr-silicate, with a particle size ranging from approximately 0.01 µm (10 nm) to 3 µm (3,000 nm). This composition provides excellent radiopacity and contributes to the material’s physical and mechanical properties.
Aster Flow + has a flexural strength of 130 MPa, water sorption of 19 µg/mm³, water solubility of 0.48 µg/mm³, polymerisation shrinkage of 1.35%, and a depth of cure of up to 2.9 mm.
Thanks to its effective self-levelling properties, Aster Flow + allows precise control over material placement. Its ease of polishing, lasting gloss and radiopacity greater than 300% support functional, aesthetic restorations that are readily identifiable on radiographs.
Clinical features
- Light-cured, flowable restorative composite.
- Organic matrix: Bis-GMA, TEGDMA and EBPADMA.
- Inorganic filler content: approximately 60–65% by weight / 46% by volume.
- Inorganic filler: silane-treated barium glass and Ca-Zr-silicate.
- Particle size: approximately 0.01 µm (10 nm)–3 µm (3,000 nm).
- Flexural strength: 130 MPa.
- Polymerisation shrinkage: 1.35%.
- Water sorption: 19 µg/mm³.
- Water solubility: 0.48 µg/mm³.
- Radiopacity greater than 300%.
- Depth of cure of up to 2.9 mm.
- Self-levelling technology and good flowability.
- Excellent polishability and lasting gloss.
- Shades: A1, A2, A3, B1.
- Packaging: 2 g syringe with dispensing tips.
Indicated for
Indicated for Class III and V restorations; restoration of minimally invasive cavity preparations, including small occlusal restorations not subjected to high loads; use as a base or liner beneath direct restorations; repair of minor defects in indirect restorations; sealing of pits and fissures; blocking out undercuts; repair of temporary resin and acrylic restorations; and fabrication of orthodontic attachments and mock-ups.
Indicated for
Indicated for Class III and V restorations; restoration of minimally invasive cavity preparations, including small occlusal restorations not subjected to high loads; use as a base or liner beneath direct restorations; repair of minor defects in indirect restorations; sealing of pits and fissures; blocking out undercuts; repair of temporary resin and acrylic restorations; and fabrication of orthodontic attachments and mock-ups.
CLINICAL BENEFITS
Aster Flow + by Kiyomi Dental combines controlled flowability, self-levelling technology, mechanical strength and aesthetic properties in a versatile flowable restorative composite. Its composition, featuring barium glass and Ca-Zr-silicate, together with its high radiopacity and ease of polishing, enables clinicians to efficiently carry out a wide range of restorative procedures.
Excellent adaptation and control
Its flowable rheology and self-levelling technology facilitate precise material placement and adaptation to minimally invasive preparations.
High flexural strength
Its flexural strength of 130 MPa contributes to suitable mechanical performance in the recommended indications.
Controlled, Self-Leveling Flowability
Allows for uniform material distribution and excellent adaptation to cavity irregularities.
Functional inorganic filler
Its filler content of approximately 60–65% by weight, based on silane-treated barium glass and Ca-Zr-silicate, contributes to the material’s strength, radiopacity and clinical performance.
Low polymerisation shrinkage
Its polymerisation shrinkage of 1.35% supports dimensional stability during light curing.
CLINICAL BENEFITS
Aster Flow + by Kiyomi Dental combines controlled flowability, self-levelling technology, mechanical strength and aesthetic properties in a versatile flowable restorative composite. Its composition, featuring barium glass and Ca-Zr-silicate, together with its high radiopacity and ease of polishing, enables clinicians to efficiently carry out a wide range of restorative procedures.
Excellent adaptation and control
Its flowable rheology and self-levelling technology facilitate precise material placement and adaptation to minimally invasive preparations.
High flexural strength
Its flexural strength of 130 MPa contributes to suitable mechanical performance in the recommended indications.
Controlled, Self-Leveling Flowability
Allows for uniform material distribution and excellent adaptation to cavity irregularities.
Functional inorganic filler
Indicado para procedimientos restauradores tanto en el sector anterior como en el posterior.
Low polymerisation shrinkage
Its polymerisation shrinkage of 1.35% supports dimensional stability during light curing.
Stability in the oral environment
Stability in the oral environment
Its low water sorption (19 µg/mm³) and solubility (0.48 µg/mm³) contribute to its stability in the oral environment. This property is combined with broad clinical versatility: it is suitable for Class III and V restorations, small minimally invasive preparations, bases and liners, pit and fissure sealing, and restoration repairs.
High radiopacity
High radiopacity
Its radiopacity greater than 300% facilitates the identification and radiographic monitoring of restorations.
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