Viscoelastic behavior of commercially available tissue conditioners under compression
Three commercially available tissue conditioners —Tissue conditioner II (STII), Tissue conditioner (GTC), and Tissue Care (TTC)— were tested using a rheometer to evaluate their viscoelasticity under compression at a constant distortion (10%). Immediately after fabrication, STII showed the highest ha...
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| Published in | Dental Materials Journal Vol. 29; no. 4; pp. 461 - 468 |
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| Main Authors | , , , |
| Format | Journal Article |
| Language | English Japanese |
| Published |
Japan
The Japanese Society for Dental Materials and Devices
2010
Japanese Society for Dental Materials and Devices |
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| Online Access | Get full text |
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| Abstract | Three commercially available tissue conditioners —Tissue conditioner II (STII), Tissue conditioner (GTC), and Tissue Care (TTC)— were tested using a rheometer to evaluate their viscoelasticity under compression at a constant distortion (10%). Immediately after fabrication, STII showed the highest hardness and compressive modulus of elasticity, followed by TTC and GTC. TTC showed the highest relaxation rate, followed by GTC and STII. STII and GTC showed equivalent relaxation times, while TTC showed the shortest relaxation time. The modulus of viscosity was highest in STII, followed by GTC and TTC. The immersion of each sample in water resulted in increases in hardness, compressive modulus of elasticity, relaxation time, and modulus of viscosity and decreases in relaxation rates. The three products have different viscoelastic properties. Further, the results indicate that STII and GTC exhibit better performance when used as functional impression materials, while TTC exhibits better performance when used as a tissue conditioner. |
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| AbstractList | Three commercially available tissue conditioners —Tissue conditioner II (STII), Tissue conditioner (GTC), and Tissue Care (TTC)— were tested using a rheometer to evaluate their viscoelasticity under compression at a constant distortion (10%). Immediately after fabrication, STII showed the highest hardness and compressive modulus of elasticity, followed by TTC and GTC. TTC showed the highest relaxation rate, followed by GTC and STII. STII and GTC showed equivalent relaxation times, while TTC showed the shortest relaxation time. The modulus of viscosity was highest in STII, followed by GTC and TTC. The immersion of each sample in water resulted in increases in hardness, compressive modulus of elasticity, relaxation time, and modulus of viscosity and decreases in relaxation rates. The three products have different viscoelastic properties. Further, the results indicate that STII and GTC exhibit better performance when used as functional impression materials, while TTC exhibits better performance when used as a tissue conditioner. |
| Author | NEZU, Takashi SASAKI, Kaori SAITOH, Setsuo TAIRA, Masayuki |
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| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/20668361$$D View this record in MEDLINE/PubMed |
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| Snippet | Three commercially available tissue conditioners —Tissue conditioner II (STII), Tissue conditioner (GTC), and Tissue Care (TTC)— were tested using a rheometer... Three commercially available tissue conditioners-Tissue conditioner II (STII), Tissue conditioner (GTC), and Tissue Care (TTC)-were tested using a rheometer to... Three commercially available tissue conditioners -Tissue conditioner II (STII), Tissue conditioner (GTC), and Tissue Care (TTC)- were tested using a rheometer... |
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| SubjectTerms | Biocompatible Materials - chemistry Dental Impression Materials - chemistry Dental Materials - chemistry Dentistry Elastic Modulus Elasticity Hardness Humans Immersion Materials Testing Methacrylates - chemistry Methylmethacrylates - chemistry Microscopy, Electron, Scanning Plasticizers - chemistry Pressure Rheology Rheometer Stress, Mechanical Surface Properties Time Factors Tissue conditioner Tissue Conditioning (Dental) Viscoelasticity Viscosity Water - chemistry |
| Title | Viscoelastic behavior of commercially available tissue conditioners under compression |
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