With the growth of the plastics industry and the rising standard of living, products such as telephones, bathtubs, toilet seats, toys, interior decoration materials, refrigerators, food packaging bags, plastic containers, and various public-use plastic items have become highly susceptible to contamination and bacterial proliferation; furthermore, mold can easily develop in dark, damp environments. To address these issues and ensure hygiene and odor control, the rapid development of antimicrobial masterbatches and antimicrobial plastic products has been significantly accelerated.
Moreover, the application of antimicrobial masterbatches has expanded into the robotics sector, where they can be utilized for the casings and components of robots deployed in settings such as healthcare and public services. This trend is driving a deeper integration between masterbatch technology and the AI robotics industry.
While nanomaterials-such as nano-zinc oxide-have already yielded significant breakthroughs in antimicrobial plastics technology, substantial effort is still required to fully unlock their market potential across the entire plastics industry. Technological progress is steadily improving people's lives, playing an increasingly integral role in their daily routines.
