This study aimed to improve the performance of a masterbatches by improving the latex compounding process. Four types of methods for preparation of natural rubber latex/silica composites are performed. In particular, atomization combined with high-temperature sputtering (A-HTS) method which is developed to optimize filler dispersion of latex compounding technology is conducted to dry the masterbatches. Comparison of experimental data on four methods shows that the average tensile strength of A-HTS was 30.07 MPa, that of Strong acid flocculation was 25.87 MPa, that of natural drying was 25.84 MPa, and that of ribbed smoked-sheet general mixing was 20.28 MPa. Compared with the conventional mixing method, A-HTS increased the tensile strength by 33%. The A-HTS technology also has advantages in rolling resistance and wet-skid resistance. Filler dispersion of rubber compounds prepared by A-HTS technology performs better than the other three methods which discussed in this article.

中文翻译：

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雾化结合高温溅射法应用于乳胶复合技术制备天然胶乳/二氧化硅复合材料

本研究旨在通过改进乳胶混合工艺来提高母料的性能。进行了四种制备天然橡胶胶乳/二氧化硅复合材料的方法。特别是采用雾化结合高温溅射（A-HTS）方法来优化乳胶复合技术的填料分散，对母料进行干燥。四种方法的实验数据对比表明，A-HTS的平均拉伸强度为30.07 MPa，强酸絮凝的平均拉伸强度为25.87 MPa，自然干燥的拉伸强度为25.84 MPa，罗纹烟板一般混合的拉伸强度为20.28 MPa . 与传统的混合方法相比，A-HTS 的拉伸强度提高了 33%。A-HTS技术在滚动阻力和抗湿滑性方面也具有优势。