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Debonding of plastic teeth from its denture base has been frequently experienced in our prosthetic practice. Three of nine products investigated have fulfilled the requirements for bonding according to ISO test 3336. Loading forces necessary to produce fractures varied between 170-810 N within the tooth and 80-230 N at the tooth-denture base interface. Comparative significances were noted for the mean breaking force against fracture and debonding when comparing the resistance of "Acry Rock" to the other eight materials tested. Maximizing the extension of the polymerization surface through a larger surface area of individual teeth seemed to be a significant factor in the determination of the debonding force necessary to produce fracturing.
G Szabó, and
T Csere, and
L Jankó, and
P Szántó
January 2016,
The International journal of prosthodontics,
G Szabó, and
T Csere, and
L Jankó, and
P Szántó
June 2019,
Journal of oral science,
G Szabó, and
T Csere, and
L Jankó, and
P Szántó
October 2021,
Journal of prosthodontics : official journal of the American College of Prosthodontists,
G Szabó, and
T Csere, and
L Jankó, and
P Szántó
April 2012,
The journal of adhesive dentistry,
G Szabó, and
T Csere, and
L Jankó, and
P Szántó
January 2010,
Dental materials : official publication of the Academy of Dental Materials,
G Szabó, and
T Csere, and
L Jankó, and
P Szántó
January 2021,
Materials (Basel, Switzerland),
G Szabó, and
T Csere, and
L Jankó, and
P Szántó
January 1978,
Stomatologiia,
G Szabó, and
T Csere, and
L Jankó, and
P Szántó
November 2003,
International endodontic journal,
G Szabó, and
T Csere, and
L Jankó, and
P Szántó
July 2017,
Dental materials journal,
G Szabó, and
T Csere, and
L Jankó, and
P Szántó
January 2023,
Brazilian dental journal,
