Profundidade de polimerização de resinas híbrida, micro e nanoparticuladas utilizando luz halógena ou LED de segunda geração
Carregando...
Data
2006
Título da Revista
ISSN da Revista
Título de Volume
Editor
Resumo
The physical and biological properties of the composite resins have been improved with an adequate
polymerization protocol of application. Thus, new technolgies became as options among the others
curing units. The aim of this study was to evaluate the cure depth using a standardised technique (ISO
4049) of differents composite, hybrid (Z100), microfilled (A110) and nanofilled (Filtek Supreme), when
photo-cured with conventional visible light and second generation LED. Ten specimens per group were
prepared by insertion of composite into a cilindrical steel matrix (10mm depht X 5mm diameter). The
specimens were submited to scrapping test to remove uncured material, resulting in the deph of cure
values according to ISO 4049 specification. The data obtained (mm) by halogen light, Z100- 2.27±0.23;
A110- 2.42±0.18; Filtek Supreme- 2.48±0.37, and by LED unit, Z100- 2.45±0.18;A110- 2.05±0.10; Filtek
Supreme- 2.45±0.20, were perfomed using two way ANOVA e Tukey test (p=0.05). There were not
significant differences between light units for Z100 and Filtek Supreme, except A110 composite resin
when cured by LED unit, which demonstrated the lowest results. Hence, the LED unit was viable for Z100
and Filtek Supreme.
Descrição
Palavras-chave
Composite resin, LED, Polymerization, Resina composta, Polimerização, LED
Citação
LOPES, Lawrence Gonzaga et al. Profundidade de polimerização de resinas híbrida, micro e nanoparticuladas utilizando luz halógena ou LED de segunda geração. Robrac: revista odontológica do Brasil Central, Goiânia, v. 15, n. 39, p. 37-43, 2006.