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EVA Antimicrobial Masterbatch

Our EVA Antimicrobial Masterbatch offers a powerful solution to enhance the hygiene and durability of various products. Designed to be integrated into a wide range of applications, including home appliances, sports equipment, and more, this masterbatch provides long-lasting antibacterial protection. It effectively inhibits the growth of harmful microorganisms, preventing odor, discoloration, and degradation. With eco-friendly and safe ingredients, our EVA masterbatch ensures high performance while maintaining product integrity. Ideal for manufacturers looking to elevate the quality and lifespan of their products, this innovation leads the way in antimicrobial technology.

Sweeping robot deodorizing particles

Revolutionary Deodorizing Beads for Robotic Vacuum Water Tanks: Powered by Atomic Clusters and Nanocage Technology

Introducing a cutting-edge solution for lasting and efficient odor removal in robotic vacuum water tanks—our advanced deodorizing beads harness the power of atomic clusters and nanocage technology to provide superior and long-lasting performance.

Unmatched Efficiency and Longevity

Traditional deodorizing agents often lose effectiveness quickly, leaving unpleasant odors behind. Our deodorizing beads, however, are embedded with atomic clusters and nanocages, enabling them to target and neutralize odors at a molecular level. Atomic clusters, due to their unique size effects, interact at the nanoscale to break down odor-causing molecules, ensuring a deeper, more thorough deodorizing action. Meanwhile, the nanocage structure provides a controlled release mechanism, ensuring continuous and stable performance over time.

The Power of Atomic Clusters

Atomic clusters consist of a small group of atoms bound together with unique physical and chemical properties. These ultra-tiny clusters can interact more effectively with odor molecules, breaking them down to eliminate unwanted smells. Their small size allows them to penetrate deeply into the molecular structure of odors, making them highly effective in environments like water tanks.