纳米CaCO3改性聚氨酯复合运动鞋底材料的制备及其性能测试
Preparation and Performance Tests of Polyurethane Composite Material Modified by Nano-CaCO3 for Sneaker Soles
唐邦全1
作者信息
- 1. 渭南职业技术学院,陕西渭南 450046
- 折叠
摘要
以聚氨酯为基体材料、纳米材料为改性剂,制备纳米材料/聚氨酯复合材料.纳米材料均匀分布于聚氨酯大分子长链结构内,不仅可确保复合材料柔韧度与刚度,还可改善聚氨酯材料力学性能,以此复合材料制成的运动鞋鞋底性能也更为优异.因此,通过分析运动鞋鞋底性能需求,以聚氨酯原液为鞋底基体材料,在预聚法原液内加入纳米CaCO3粒子,并对以此原液制成的运动鞋鞋底性能进行测试分析.结果发现,纳米CaCO3/聚氨酯复合材料运动鞋鞋底防滑性明显优于单纯聚氨酯材料运动鞋鞋底,可保护运动员不受损伤;纳米CaCO3/聚氨酯复合材料运动鞋鞋底耐磨性更佳,耐用且使用寿命更长.
Abstract
The nano material/polyurethane composite is prepared with polyurethane as the matrix material and nano material as the modifier.The nano material is evenly distributed in the long chain structure of polyurethane macromolecules,which can not only ensure the flexibility and stiffness of the composite material,but also improve the mechanical properties of polyurethane material.The performance of sneaker shoes soles made of this composite material is also more excellent.Therefore,by analyzing the performance requirements of sneaker soles,taking polyurethane stock solution as the sole matrix material,nano CaCO3 particles are added into the stock solution based on the prepolymerization method,and the performance of sneaker shoes soles made from this stock solution is tested and analyzed.The results show that the antiskid property of nano CaCO3/polyurethane composite sneaker soles was significantly better than that of pure polyurethane ones,which could protect athletes from injury;nano-CaCO3/polyurethane composite sneaker soles have better wear resistance,durability and longer service life.
关键词
纳米材料/纳米CaCO3粒子/聚氨酯材料/改性处理/运动鞋鞋底/性能测试Key words
nano material/nano CaCO3 particles/polyurethane material/modification treatment/sneaker sole/performance testing引用本文复制引用
出版年
2024
NETL
NSTL
万方数据