Recently, the rubber industry ushered in an important technological breakthrough - the innovation and optimization of the preparation process of rubber blends. This technological progress not only improves the performance of rubber products, but also further promotes the rapid development of the rubber industry.
Rubber mixing, as the core material of rubber products production, is a semi-finished product made of raw rubber and various compounding agents (such as fillers, reinforcing agents, vulcanizing agents, etc.) mixed by rubber mixing machine. In this process, the compound is uniformly dispersed in the raw rubber, forming a dispersion system with complex structural characteristics. The colloidal dispersion quality of the compound is directly related to the finished product quality of rubber products, and its viscoelasticity and rheology directly affect the operation and processing properties of the compound and the processing properties of molding, extrusion and calendering in later production.
The focus of this technological innovation is to optimize the mixing process and improve the dispersion of the compounding agent. Through the introduction of advanced rubber mixing equipment and technology, such as high temperature mixer and screw transfer device, not only improve the mixing efficiency, but also significantly improve the dispersion effect of the compound in the raw rubber. At the same time, the application of new surfactants has further improved the stability and processing properties of the compound.
The innovation of rubber mixing technology not only improves the physical and mechanical properties of rubber products, such as wear resistance, corrosion resistance and high temperature resistance, but also expands its application field. In traditional areas such as tires, seals, rubber tubes, etc., the application of rubber blends significantly improves the service life and safety of products. In addition, in high-end fields such as electronics and electrical appliances, aerospace, and so on, rubber mixing also shows great application potential.
With the acceleration of global industrialization and the growing demand for rubber products, the innovation and development of rubber mixing technology will become an important driving force for the continuous progress of the rubber industry. In the future, with the continuous emergence of new materials and new processes, the performance and application fields of rubber mixing will be further expanded and improved, and new vitality will be injected into the prosperity and development of the rubber industry.
The innovation of rubber mixing technology is not only a major breakthrough in the traditional process, but also a powerful promotion for the future development of the rubber industry.
