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由于非金属粉体深加工技术的迅速发展,为有机高分子制品行业提供了选择和探索的多种条件,也引导和促进了非金属行业的持续性发展,使我们加强了非金属深加工产口及应用技术的开发。为此我们应该把非金属粉体表面改性向功能型、专用型及高附加值型转化,以达到产品升级的目标。本文对硅烷偶联剂的结构、作用机理及选择的原则进行了论述,同时也对表面改性的工艺及改性设备的确定与选择方面作了探讨。
Due to the rapid development of non-metallic powder deep processing technology, it has provided a variety of conditions for the organic polymer products industry to select and explore. It has also led and promoted the sustainable development of the non-metallic industry, enabling us to strengthen the production of non-metallic deep-processed products and Application technology development. To this end, we should non-metallic powder surface modification to functional, special-purpose and high value-added conversion, in order to achieve the goal of product upgrades. In this paper, the structure, mechanism and selection principle of silane coupling agent are discussed. At the same time, the methods of surface modification and the determination and selection of modification equipment are also discussed.