Effect of Moisture of Pharmaceutical Material MCC Avicel PH102 and Tablet Diameter on the Compression Process and Tablet Strength

Adam Guštafík, Kristian Jezso, Karolína Vaľková, O. Macho, P. Peciar
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Abstract

Abstract This paper focuses on the effect of moisture of powder material on the process of tablet compression and on tablet mechanical strength. The powder used in the experiments was Avicel PH102 microcrystalline cellulose, as it is the most widely used excipient in direct tablet compression. The compression process is described using the Heckel equation and the strength of the tablets was determined using a Brazilian test. To introduce the reader to the issue, the first part of the paper is devoted to a theoretical introduction. The second part of the work is devoted to the description of experimental equipment and work procedure. The last part of the paper presents the results of the experiment and their evaluation. The reason for this experiment was the assumption that the moisture of the raw material significantly affects the compression process and the mechanical strength of the tablet. A series of experiments demonstrated this effect, which can be seen in the respective graphs.
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药用原料MCC Avicel PH102的水分和片剂直径对压缩过程和片剂强度的影响
摘要本文主要研究粉末物料水分对片剂压缩过程和片剂机械强度的影响。实验中使用的粉末为Avicel PH102微晶纤维素,因为它是直接片剂压缩中使用最广泛的辅料。压缩过程用Heckel方程描述,片剂的强度用巴西试验确定。为了使读者了解这个问题,论文的第一部分是理论介绍。第二部分是对实验设备和工作流程的描述。论文的最后一部分给出了实验结果和评价。本实验的原因是假设原料的水分对压片的压缩过程和机械强度有显著影响。一系列的实验证明了这种效应,从各自的图表中可以看出。
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