Shear bond strength, microleakage and scanning electron microscopy study of the Clearfil Liner Bond System.

W. W. Barkmeier; C. J. Douville; L. F. Matranga

Shear bond strength, microleakage and scanning electron microscopy study of the Clearfil Liner Bond System.

W. W. Barkmeier, C. J. Douville, L. F. Matranga

Department of General Dentistry

Research output: Contribution to journal › Article › peer-review

3 Scopus citations

Abstract

Various adhesive systems have been introduced for enamel and dentine bonding and one of the newer systems available recently is the Clearfil Liner Bond System. This investigation was to determine the shear bond strength, evaluate the microleakage and conduct SEM examinations of this new bond system. The results showed it was possible to obtain a mean shear bond strength of 17.45 MPa to human dentine. Microleakage was minimal at the cementum/dentine margin and no microleakage was observed at the enamel margin of resin restorations placed with the system. SEM examinations revealed minimal to significant resin penetration into dentinal tubules.

Original language	English (US)
Pages (from-to)	85-90
Number of pages	6
Journal	Asian journal of aesthetic dentistry / the Asian Academy of Aesthetic Dentistry
Volume	1
Issue number	2
State	Published - Jul 1993

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title = "Shear bond strength, microleakage and scanning electron microscopy study of the Clearfil Liner Bond System.",

abstract = "Various adhesive systems have been introduced for enamel and dentine bonding and one of the newer systems available recently is the Clearfil Liner Bond System. This investigation was to determine the shear bond strength, evaluate the microleakage and conduct SEM examinations of this new bond system. The results showed it was possible to obtain a mean shear bond strength of 17.45 MPa to human dentine. Microleakage was minimal at the cementum/dentine margin and no microleakage was observed at the enamel margin of resin restorations placed with the system. SEM examinations revealed minimal to significant resin penetration into dentinal tubules.",

author = "Barkmeier, {W. W.} and Douville, {C. J.} and Matranga, {L. F.}",

year = "1993",

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AU - Barkmeier, W. W.

AU - Douville, C. J.

AU - Matranga, L. F.

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N2 - Various adhesive systems have been introduced for enamel and dentine bonding and one of the newer systems available recently is the Clearfil Liner Bond System. This investigation was to determine the shear bond strength, evaluate the microleakage and conduct SEM examinations of this new bond system. The results showed it was possible to obtain a mean shear bond strength of 17.45 MPa to human dentine. Microleakage was minimal at the cementum/dentine margin and no microleakage was observed at the enamel margin of resin restorations placed with the system. SEM examinations revealed minimal to significant resin penetration into dentinal tubules.

AB - Various adhesive systems have been introduced for enamel and dentine bonding and one of the newer systems available recently is the Clearfil Liner Bond System. This investigation was to determine the shear bond strength, evaluate the microleakage and conduct SEM examinations of this new bond system. The results showed it was possible to obtain a mean shear bond strength of 17.45 MPa to human dentine. Microleakage was minimal at the cementum/dentine margin and no microleakage was observed at the enamel margin of resin restorations placed with the system. SEM examinations revealed minimal to significant resin penetration into dentinal tubules.

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