탄성 고무 교합인기재의 물리적·기계적 특성
Physical and Mechanical Properties of Elastomeric Interocclusal Recording Materials
이영옥, 이상배, 김경남,
소속 상세정보
이영옥 ( Lee Young-Ok ) - 대전보건대학 치위생과
이상배 ( Lee Sang-Bae ) - 연세대학교 치과대학 치과생체재료공학교실 및 연구소
김경남 ( Kim Kyoung-Nam ) - 연세대학교 치과대학 치과생체재료공학교실 및 연구소
KMID : 0362220100370040333
Abstract
This research was analyzed detail reproduction, consistency, strain in compression, tear strength and compressive
strength from six addition silicones(Blu-Mousse, Parkell, U.S.A., BM; ExabiteⅡ, GC Corp., Japan, EX;
Futarⓡ D, Kentten Bach, U.S.A., FU; Perfect, Handae chemical, Korea, PF; Regisilⓡ Rigid, Densply Caulk,
Germany, RE; Silagumⓡ, DMG, Germany, SI) and one polyther(Ramitec, 3M/ESPE, Germany, RA) interocclusal recording
materials according to KS P ISO 4823 for elastomeric impression materials and ASTM D624-91. Results
were as follows: For the comparison of detail reproduction, 50 ㎛ detail line were reproduced in all materials. In
consistency test, SI was shown the lowest value of 15.7 ㎜ and FU the highest value of 37.4 ㎜ (p<0.05). In strain
in compression test, RA was shown the highest value of 1.70% and FU the lowest value of 0.56% (p<0.05). Tear
strength o f RA had t he h ighest v alue o f 5.14 N /㎜ a nd t hat of P F the lowest v alue o f 3.16 N /㎜ ( p<0.05).
Compressive strength of FU had the highest value of 0.81 ㎫ and that of RE the lowest value of 0.16 ㎫ (p<0.05).
According to these results, it was considered that the properties of consistency and strain in compression was
necessary to setup a standard for elastomeric interocclusal recording materials. Furthermore, other properties of
interocclusal recording materials should be also considered.
키워드
Elastomeric interocclusal recording materials; Consistency; Detail reproduction; Strain in compression; Tear strength; Compressive strength
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