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주재휘,한동훈,이단비,이규환,김영민,정일두 한국공업화학회 2019 한국공업화학회 연구논문 초록집 Vol.2019 No.1
As rubber usage has increased in the recent development of modern society, it has been used in many places, including tires and shoes. In the case of shoe outsoles, research continues to minimize shoe and ground slippage and maximize friction resistance in the working environment of sports shoes, hiking and various places. In this study, the rubber compartments produced high-phase NBR/liquid NBR charged with radial-shaped Pana-Tetra and Silica to improve friction resistance with the ground. Generally, due to increased additive content of rubber compartments, the decrease in slip characteristics caused by increased dispersion and hardness was caused by the use of low viscosity liquid rubber to secure it, and the increase in friction resistance with ground surface due to synergistic effect with Pana-Tetra with no specific orientation was observed.