RC-90 calcined kaolin is a surface-treated, ultra-fine material known for its excellent dispersion stability, minimal screen residue, and unique microporous sheet structure. The fine particle size of RC-90 allows it to blend smoothly with other compounds, ensuring consistent distribution and stability in various applications. Its high specific surface area enhances its reactivity, making it a beneficial additive across multiple industries. In particular, the structural properties of RC-90—characterized by a reinforcing microporous sheet—improve the durability and strength of products, especially in applications that require resilience under stress. This distinct structure allows RC-90 to interact effectively with other materials, enhancing mechanical properties without compromising flexibility. By adding this type of kaolin, manufacturers can optimize both the functionality and longevity of their products.
One of RC-90 calcined kaolin's primary applications is in the rubber industry, where it serves as a partial substitute for carbon black, which is typically more expensive. By replacing a portion of carbon black with RC-90, rubber products benefit from reinforced strength and abrasion resistance, improving both wear resistance and durability in high-stress applications such as tires, hoses, and belts. Additionally, RC-90 contributes to improved thermal stability, enabling rubber to withstand temperature fluctuations without degradation. The material's acid-alkaline resistance further enhances the rubber's performance in challenging environments, making it suitable for industrial and automotive applications where exposure to harsh chemicals is common. Notably, using RC-90 as a filler material provides a substantial cost advantage: its relatively low price compared to carbon black helps reduce production costs significantly without sacrificing performance. This balance between quality and cost-efficiency makes RC-90 a valuable solution in industries focused on both performance and economical manufacturing practices.