Compressive strenght of hybrid composites and nanofilled composites after post curing using light box

Introduction: Nanofilled composite resins and resin hybrid composites are often used for the manufacture of composite indirect restorations because it has the addition of filler to add strength materials. This study aimed to compare the compressive strength of composites and composite hybrid nanofil...

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Main Authors: Tirza Rizany, Mochammad Richata Fadil, Endang Sukartini
Format: Article
Language:English
Published: Universitas Padjadjaran 2010-07-01
Series:Padjadjaran Journal of Dentistry
Subjects:
Online Access:http://jurnal.unpad.ac.id/pjd/article/view/26849
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spelling doaj-d041638f0ce240c499cd260337017a052021-06-02T07:09:03ZengUniversitas PadjadjaranPadjadjaran Journal of Dentistry1979-02012549-62122010-07-0122210.24198/pjd.vol22no2.2684912859Compressive strenght of hybrid composites and nanofilled composites after post curing using light boxTirza Rizany0Mochammad Richata Fadil1Endang Sukartini2Universitas PadjadjaranUniversitas PadjadjaranUniversitas PadjadjaranIntroduction: Nanofilled composite resins and resin hybrid composites are often used for the manufacture of composite indirect restorations because it has the addition of filler to add strength materials. This study aimed to compare the compressive strength of composites and composite hybrid nanofilled after post curing using light box. Methods: The research conducted was experimental research, with samples divided into two groups of each 10 specimens of hybrid composite resin and nanofilled. Composite cylindrical diameter of 3mm and 6mm high in post-curing for 180 seconds using a light box compressive strength test was then performed using a Lloyd Instruments LRX Plus, 1 mm/mnt speed. Results: The results were the average compressive strength of post-curing hybrid composites 234.61 MPa higher than the average post-curing composite nanofilled that was 196.60 MPa. Conclusion: the compressive strength of hybrid composite after post curing with light box is greater than the nanofilled composite.http://jurnal.unpad.ac.id/pjd/article/view/26849composite nanofilled, hybrid composite, compressive strength.
collection DOAJ
language English
format Article
sources DOAJ
author Tirza Rizany
Mochammad Richata Fadil
Endang Sukartini
spellingShingle Tirza Rizany
Mochammad Richata Fadil
Endang Sukartini
Compressive strenght of hybrid composites and nanofilled composites after post curing using light box
Padjadjaran Journal of Dentistry
composite nanofilled, hybrid composite, compressive strength.
author_facet Tirza Rizany
Mochammad Richata Fadil
Endang Sukartini
author_sort Tirza Rizany
title Compressive strenght of hybrid composites and nanofilled composites after post curing using light box
title_short Compressive strenght of hybrid composites and nanofilled composites after post curing using light box
title_full Compressive strenght of hybrid composites and nanofilled composites after post curing using light box
title_fullStr Compressive strenght of hybrid composites and nanofilled composites after post curing using light box
title_full_unstemmed Compressive strenght of hybrid composites and nanofilled composites after post curing using light box
title_sort compressive strenght of hybrid composites and nanofilled composites after post curing using light box
publisher Universitas Padjadjaran
series Padjadjaran Journal of Dentistry
issn 1979-0201
2549-6212
publishDate 2010-07-01
description Introduction: Nanofilled composite resins and resin hybrid composites are often used for the manufacture of composite indirect restorations because it has the addition of filler to add strength materials. This study aimed to compare the compressive strength of composites and composite hybrid nanofilled after post curing using light box. Methods: The research conducted was experimental research, with samples divided into two groups of each 10 specimens of hybrid composite resin and nanofilled. Composite cylindrical diameter of 3mm and 6mm high in post-curing for 180 seconds using a light box compressive strength test was then performed using a Lloyd Instruments LRX Plus, 1 mm/mnt speed. Results: The results were the average compressive strength of post-curing hybrid composites 234.61 MPa higher than the average post-curing composite nanofilled that was 196.60 MPa. Conclusion: the compressive strength of hybrid composite after post curing with light box is greater than the nanofilled composite.
topic composite nanofilled, hybrid composite, compressive strength.
url http://jurnal.unpad.ac.id/pjd/article/view/26849
work_keys_str_mv AT tirzarizany compressivestrenghtofhybridcompositesandnanofilledcompositesafterpostcuringusinglightbox
AT mochammadrichatafadil compressivestrenghtofhybridcompositesandnanofilledcompositesafterpostcuringusinglightbox
AT endangsukartini compressivestrenghtofhybridcompositesandnanofilledcompositesafterpostcuringusinglightbox
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