European Journal of Prosthodontics and Restorative Dentistry

cover art

Cover Date:
March 2007
Print ISSN:
0965-7452
Vol:
15
Issue:
1

The Abrasion of Dental Composite by CobaltChromium Clasps

Abstract - In cases where there are no suitable natural undercuts on the teeth which can be used to provide clasp retention for a partial denture artificial undercuts can be created by the application of a composite filling material. An in-vitro investigation was undertaken to assess the surface integrity of three different composite restorative materials following repeated cycles of movement of cobalt-chromium I-bar clasps over artificial undercuts created using the composite materials. A laser reflection confocal microscope was used to quantify surface changes in the composite specimens. Simulation of the equivalent of 5 years of clinical usage showed that a composite resin with the smallest particle size exhibited the least surface wear.

KEY WORDS: Composite resins, clasps, partial denture retention

Article Price
£15.00
Institution Article Price
£
Page Start
13
Page End
18
Authors
Mohamad M. Hamirudin, Michael J. Barsby

Articles from this issue

  • Title
  • Pg. Start
  • Pg. End

  1. Long-term Survival of Direct and Indirect Restorations Placed for the Treatment of Advanced Tooth Wear
  2. 2
  3. 6

  1. Breakaway Forces of Flat and Domed Surfaced Magfittm Implant Magnet Attachments
  2. 7
  3. 12

  1. The Abrasion of Dental Composite by CobaltChromium Clasps
  2. 13
  3. 18

  1. Fracture Resistance of Roots with Thin Walls Restored Using an Intermediate Resin Composite Layer Placed Between the Dentine and a Cast Metal Post
  2. 19
  3. 22

  1. The Effect of a Range of Disinfectants on the Dimensional Accuracy and Stability of Some Impression Materials
  2. 23
  3. 28

  1. Mathematical Analysis of Occlusal Rest Design for Cast Removable Partial Dentures
  2. 29
  3. 32

  1. Analytical and Electrochemical Evaluation of the in vitro corrosion behavior of Nickel-chrome and Cobaltchrome casting alloys for metal-ceramic restorations.
  2. 33
  3. 40

  1. Apexification with Mineral Trioxide Aggregate: an overview of the material and technique
  2. 41
  3. 45