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Corpus Journal of Case Reports
[ ISSN : 2833-4388 ]


Evaluation of the Dimensional Stability of an Irreversible Hydrocolloid Modified by the Addition of Condensation Silicone

Case Series
Volume 3 - Issue 3 | Article DOI : 10.54026/CJCR/1026


Antônia Edivanda Aguiar Parente1 , Isabella Fechine de Oliveira1 , Jozely Francisca Mello Lima2 , Daniel Sartorelli Marquesde Castro3 , Jaqueline Alves do Nascimento4*

1Dental Surgeon, Christus University Center, Fortaleza-Ceará, Brazil
2Doctorate in Oral Rehabilitation Bauru Dentistry School, University of São Paulo, Adjunct Professor Prosthodontics and Occlusion Federal University of Ceará-Sobral, Brazil
3Doctorate in Oral Rehabilitation Bauru Dentistry School, University of São Paulo, Professor Christus University – Unichristus, Brazil
4Post-Graduate student in Dental Implant, Dental Prosthesis and Periodontics at Ceará Institute of Dental Specialties, Undergraduate degree at Harvard Medical School Fundamentals Program Online Learning
-Course Pharmacology, Brazil

Corresponding Authors

Jaqueline Alves do Nascimento, Department of Dental Implant, Prosthodontics and Periodontics at Ceará Institute of Dental Specialties, Street Pe. Valdevino 276, FortalezaCE, 60135-040, Brazil. Email: Jaquelinealves_10@hotmail.com

Keywords

Dental Molding Technique; Molding; Dental Prosthesis

Received : November 02, 2022
Published : November 29, 2022

Abstract

Knowing the properties and clinical indications of each material ensures that the dental surgeon can use techniques that guarantee better results for dental prostheses. This study aims to evaluate the dimensional stability of an irreversible hydrocolloid modified by the addition of silicone by condensation. During this evaluated the dimensional distortion of irreversible hydrocolloids according to conditioning time, for four commercial brands, being: Avagel (Dentsply), Hydrogum 5 (Zhermack Spa) and Jeltrate Plus (Dentsply) and Avagel plus Condensation Silicone (Zetaplus [Zhermach]). They were placed in a container with 100% humidity, and the following requirements were evaluated: weight, height, and length of the three groups during the following times: immediately, 24 hours, 48 hours, 72 hours, and 120 hours.

All materials evaluated showed adequate dimensional stability within the initial 72 hours. The addition of condensation silicone to the irreversible hydrocolloid mixture did not improve the dimensional stability of the material.