Analysis of grinding efficiency of Rucca sand mill in coating and ink industry
In the production process of coatings and inks, dispersion and grinding are indispensable key links. For low-viscosity solvent and water-based inks, the wet sand mill becomes the core equipment for dispersion and grinding. Among them, Rucca sand mill has gradually become one of the few brands in the industry with its excellent performance and efficiency.
Analysis of technical parameters of sand mill
First, let’s dive into the technical parameters of the sand mill. As one of the important parameters of the sand mill, the stirring shaft speed has a significant impact on the grinding efficiency. As the rotational speed increases, the grinding time required to reach the required particle size and particle content percentage will be reduced accordingly, thereby improving the grinding efficiency. However, the increase in rotational speed is not infinite. It is limited by the mechanical strength and hardness of the grinding media, rotor, stator and other materials.
Rucca DF series disc sand mill has obvious advantages in this aspect. Its rotor is made of special high-wear-resistant alloy steel material, which not only ensures the improvement of mechanical efficiency, but also ensures the service life of the equipment. In addition, cooling water temperature is also one of the important factors affecting grinding efficiency. During the violent grinding process, the increase in temperature will cause the material to agglomerate and the quality of the finished particles to decrease. Therefore, the temperature of the cooling water is directly related to the working temperature in the grinding barrel, thus affecting the overall grinding efficiency.
Rucca DF series sand mill adopts a segmented double-spiral water channel design. This innovative cooling method makes the hot and cold replacement faster and more efficient. Compared with ordinary models, its cooling effect is doubled. These optimized designs have significantly improved the grinding efficiency of Rucca sand mills in the coating and ink industry.
Conclusion
In general, Rucca DF series sand mills have been widely used in coatings, inks and other industries due to their excellent performance and high grinding efficiency. Compared with ordinary models, its grinding efficiency is increased by more than 30%, bringing significant economic benefits to the enterprise. In the future development, Rucca Sand Mill will continue to adhere to the concepts of innovation and efficiency to provide better and more efficient grinding solutions for the coating and ink industry.
Peroration
With the continuous advancement of technology and the changing market, Rucca Sand Mill will continue to be committed to product research and development and innovation to meet the changing market needs. We believe that with the excellent performance and high grinding efficiency of Rucca sand mill, we will be able to occupy a more favorable position in future market competition and make greater contributions to the development of the coating and ink industry.
Analysis of technical parameters of sand mill
First, let’s dive into the technical parameters of the sand mill. As one of the important parameters of the sand mill, the stirring shaft speed has a significant impact on the grinding efficiency. As the rotational speed increases, the grinding time required to reach the required particle size and particle content percentage will be reduced accordingly, thereby improving the grinding efficiency. However, the increase in rotational speed is not infinite. It is limited by the mechanical strength and hardness of the grinding media, rotor, stator and other materials.
Rucca DF series disc sand mill has obvious advantages in this aspect. Its rotor is made of special high-wear-resistant alloy steel material, which not only ensures the improvement of mechanical efficiency, but also ensures the service life of the equipment. In addition, cooling water temperature is also one of the important factors affecting grinding efficiency. During the violent grinding process, the increase in temperature will cause the material to agglomerate and the quality of the finished particles to decrease. Therefore, the temperature of the cooling water is directly related to the working temperature in the grinding barrel, thus affecting the overall grinding efficiency.
Rucca DF series sand mill adopts a segmented double-spiral water channel design. This innovative cooling method makes the hot and cold replacement faster and more efficient. Compared with ordinary models, its cooling effect is doubled. These optimized designs have significantly improved the grinding efficiency of Rucca sand mills in the coating and ink industry.
Conclusion
In general, Rucca DF series sand mills have been widely used in coatings, inks and other industries due to their excellent performance and high grinding efficiency. Compared with ordinary models, its grinding efficiency is increased by more than 30%, bringing significant economic benefits to the enterprise. In the future development, Rucca Sand Mill will continue to adhere to the concepts of innovation and efficiency to provide better and more efficient grinding solutions for the coating and ink industry.
Peroration
With the continuous advancement of technology and the changing market, Rucca Sand Mill will continue to be committed to product research and development and innovation to meet the changing market needs. We believe that with the excellent performance and high grinding efficiency of Rucca sand mill, we will be able to occupy a more favorable position in future market competition and make greater contributions to the development of the coating and ink industry.
