This innovative approach enhances material performance without increasing production costs, making it ideal for various industries.
Atom clusters leverage quantum size effects and high surface activity to disrupt bacterial cell walls and interfere with bacterial metabolism. This ensures strong and long-lasting antibacterial protection.
Nanocages further enhance the effect by serving as carriers for antibacterial agents. Their adjustable pore sizes and high chemical stability allow for precise and sustained antimicrobial performance.
By integrating these technologies into plastics and polymer-based materials, HiVR provides a cost-effective way to achieve durable antimicrobial and antifungal properties. This breakthrough helps industries improve hygiene, extend product lifespan, and maintain cost-efficiency.
NanoCageS Antimicrobial Mechanism Diagram










We are dedicated to advancing antimicrobial technology and expanding its applications across industries. To date, we have developed and tested a wide range of innovative antimicrobial materials for healthcare, packaging, and consumer goods. Our mission is to provide safe, long-lasting antimicrobial solutions to enhance product value.