In the advanced manufacturing of carbon nanotube (CNT) slurry materials, precise dispersion and bubble-free treatment are the core factors that determine final product performance. Traditional processing methods struggle with carbon nanotube soft agglomeration, uneven particle size, and residual bubbles, which greatly affect the quality of high-end carbon material products. To solve these industry pain points,
SMIDA provides a mature and efficient processing solution relying on two core precision equipment: the
three roll mill and
planetary centrifugal mixer.
As the key equipment for high-viscosity carbon material processing, the SMIDA three roll mill plays an irreplaceable role in the carbon nanotube production process. After the preliminary crushing and batching of raw materials by auxiliary equipment, carbon nanotube particles are prone to soft agglomeration, resulting in poor slurry uniformity. The three roll mill utilizes high-precision roller gap extrusion and shear force to fully break up CNT agglomerates, refine clustered particles, and significantly improve particle size concentration. It perfectly adapts to high-viscosity carbon nanotube slurry processing, realizing uniform and fine dispersion of raw materials and laying a solid foundation for high-quality finished products.
After the high-precision dispersion process, the SMIDA planetary centrifugal mixer undertakes the final key defoaming and mixing procedure. The encapsulated carbon nanotube slurry will produce tiny bubbles during the batching and dispersion process. The professional planetary centrifugal mixing and defoaming technology can achieve uniform stirring of the slurry while efficiently removing internal residual bubbles. This processing step effectively enhances the stability, flatness and overall performance of carbon nanotube slurry, avoiding product defects caused by bubbles.
Supported by the excellent performance of the three roll mill and planetary centrifugal mixer, the entire carbon nanotube slurry production process realizes standardized and high-precision processing. With stable operation, outstanding dispersion effect and reliable defoaming performance, SMIDA professional processing equipment has become an ideal choice for high-viscosity new carbon material production enterprises.