Argon Plasma Effect on Bond Strength of Bulk-fill Composite Repair | Zendy

Beatriz Curvello de Mendonça | Zendy; Marcelo Giannini | Zendy; Bruna Marin Fronza | Zendy; Gabriel Nima | Zendy; Gláucia María Bovi Ambrosano | Zendy

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Argon Plasma Effect on Bond Strength of Bulk-fill Composite Repair

Author(s) -

Beatriz Curvello de Mendonça,

Marcelo Giannini,

Bruna Marin Fronza,

Gabriel Nima,

Gláucia María Bovi Ambrosano

Publication year - 2017

Publication title -

anais do congresso de iniciação científica da unicamp

Language(s) - English

Resource type - Conference proceedings

ISSN - 2447-5114

DOI - 10.19146/pibic-2017-77937

Subject(s) - argon , composite number , bond strength , plasma , materials science , composite material , atomic physics , nuclear physics , physics , adhesive , layer (electronics)

This study evaluated the effect of atmospheric pressure plasma (PL), sandblasting with aluminum oxide (SA), and the on the bond strength of fresh bulk-fill resin composite to water-aged restorative bulk-fill resin composite. Seventy prepolymerized composite plates were fabricated using Filtek Bulk Fill Posterior Restorative (3M ESPE) stored in distilled water for 4 months and randomly divided into 4 groups. For all specimen, two resin cylinders were made using a 1,4 mm diameter x 1 mm height matrix. The resin cylinders were tested after 24 hours, using shear test device. Data were analyzed by 2-way ANOVA and Tukey’s test (5%).

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