This paper reports on the mechanical performance of a visible light cured orthodontic bonding agent. It is concluded that this type of material is as effective as other commercial adhesives and offers certain advantages in handling. Resistance to 4kg of force in the shear/peel mode within the first 5 minutes of its application is expected from a clinically usable adhesive.
Get full access to this article
View all access options for this article.
References
1.
AguirreM. J., KingG. J, and WaldronJ. M. (1982) Assessment of bracket placement and bond strength when comparing direct bonding to indirect bonding techniques, American Journal of Orthodontics.82, 269–276.
2.
Ghassemi-TaryB. (1979) Direct bonding to porcelain: an in vitro study, American Journal of Orthodontics, 76, 80–83.
3.
KhowassahM. A., BisharaS. E., FrancisT. C. and HendersonW. (1975) Effect of temperature and humidity on the adhesive strength of orthodontic direct bonding materials. Journal of Dental Research, 54, 146–151.
4.
MasciaV. E. and ChenS. R. (1982) Shearing strengths of recycled direct-bonding brackets, American Journal of Orthodontics, 82, 211–216.
5.
ReynoldsI. R. and Von FrnunhoferJ. A. (1976) Direct bonding of orthodontic brackets—a comparative study of adhesives, British Journal of Orthodontics.3, 143–146.
6.
TavasM. A. (1979) A new method of light activated direct bonding, Paper presented at the direct bonding symposium, British Association of Orthodontists' 11th annual conference, London.
7.
TavasM. A. and WattsD. C. (1979) Bonding of orthodontic brackets by transillumination of a light activated composite: an in vitro study, British Journal of Orthodontics, 6, 207–208.
8.
ThanosC. E., MullhollandT. and CaputoA. A. (1979) Adhesion of mesh-base direct-bonding brackets, American Journal of Orthodontics, 75, 421–430.