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碳纤维增强流体型树脂假牙的制备(作者译)

[Preparation of carbon fiber reinforced fluid type resin denture (author's transl)].

作者信息

Kasuga H, Sato H, Nakabayashi N

出版信息

Shika Rikogaku Zasshi. 1980 Jan;21(53):64-8.

PMID:6929856
Abstract

Transverse strength of cured fluid resins is weaker than that of the heat cured. We have studied to improve the mechanical strength of self-cured acrylic resin by application of carbon fibers as reinforcement and simple methods which must be acceptable for technicians are proposed. A cloth type carbon fiber was the best reinforcement among studied carbon fibers such as chopped or mat. The chopped fibers were difficult to mix homogeneously with fluid resins and effectiveness of the reinforcement was low. Breaking often occurred at the interface between the reinforcement and resin in the cases of mat which gave defects to the test specimens. To prepare reinforced denture, the cloth was trimmed on the master cast after removal of wax and the prepreg was formed with the alginate impression on the cast by Palapress and the cloth. Other steps were same as the usual fluid resin.

摘要

固化液态树脂的横向强度低于热固化树脂。我们进行了研究,通过应用碳纤维作为增强材料来提高自固化丙烯酸树脂的机械强度,并提出了技术人员易于接受的简单方法。在研究的碳纤维(如短切纤维或毡片)中,布状碳纤维是最佳的增强材料。短切纤维难以与液态树脂均匀混合,增强效果较低。对于毡片,在测试样品中会产生缺陷,增强材料与树脂之间的界面处经常发生断裂。为制备增强义齿,在去除蜡后在主模型上修剪布料,然后通过Palapress和布料在模型上用藻酸盐印模形成预浸料。其他步骤与通常的液态树脂相同。

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