European Journal of Prosthodontics and Restorative Dentistry
- Cover Date:
- June 2009
- Print ISSN:
- 0965-7452
- Vol:
- 17
- Issue:
- 2
Effect of Curing Cycles on the Mechanical Properties of Heat Cured Acrylic Resins
Abstract - Traditionally long curing cycles have been recommended for heat cured acrylic resin denture base materials. Recently manufacturers have produced materials for which they recommend short curing cycles. Specimens conforming to British Standards Speciï¬cation were made using three different brands of heat cured acrylic resin denture base material. Each material was processed in three batches using either the manufacturer’s recommended short curing cycle, an arbitrary medium curing cycle or a traditional long cycle. Specimens were subjected to a three point bending test. With one exception using the arbitrary medium curing cycle, all specimens achieved the British Standard suggesting that the manufacturers’ recommended cycles should be followed.
KEY WORDS: Acrylic resin, transverse strength, curing cycle
- Article Price
- £15.00
- Institution Article Price
- £
- Page Start
- 58
- Page End
- 60
- Authors
- Z. Athar, A.S. Juszczyk, D.R. Radford, R.K.F. Clark
Articles from this issue
- Title
- Pg. Start
- Pg. End
- Biomechanical Methods Applied in Dentistry: A Comparative Overview of Photoelastic Examinations, Strain Gauge Measurements, Finite Element Analysis and Three-dimensional Deformation Analysis
- 50
- 57
- A Questionnaire Based Study to Investigate the Variations in the Management of Tooth Wear by UK and Prosthodontists from Other Countries
- 61
- 66
- Determining the Dimensional Stability, Fracture Toughness and Flexural Strength of Light-cured Acrylic Resin Custom Tray Material
- 67
- 72
- Three-Dimensional Finite Element Analysis of Posterior Fiber Reinforced Composite Fixed Partial Denture: Framework Design for Pontic
- 78
- 84
- Prosthetic Status and Treatment Needs among Patients Attending the Prosthodontic Department in a Dental Institute in India
- 85
- 89
- Effects of Vertical Interarch Space and Abutment Height on Stress Distributions: A 3d Finite Element Analysis
- 90
- 94