The antimicrobial properties of silver have been recognized since ancient times. In civilizations such as ancient Rome, Persia, and even earlier, silver vessels were used to store liquids, preventing spoilage. In China, silver was employed for acupuncture needles and as a tool for testing poisons, showcasing the ingenious use of silver’s natural antibacterial attributes. During World War I, European nations utilized silver as an antiseptic to combat infections, establishing silver’s reputation as a natural bactericide.
With advancements in nanotechnology, silver nanoparticles have undergone a transformation, featuring smaller particle sizes, significantly increased surface areas, heightened activity, and enhanced antibacterial functions. Silver is renowned for its deodorizing, water-purifying, and anti-corrosive capabilities. While a typical antibiotic can combat approximately six antibiotic-resistant organisms, nano-silver can effectively eliminate over six hundred different bacterial strains. Furthermore, silver is non-toxic, contributing to its enduring historical usage.
Our company produces nano-silver by harnessing the antibacterial properties of silver metal and applying modern nanotechnology. This technology allows silver ions to effectively inhibit bacterial replication at low concentrations, disrupt bacterial cell membranes, or strongly attract sulfur-hydrogen bases in bacterial bodies. By rapidly combining and lowering the native enzymatic activity, the release of silver ions contributes to a lasting antibacterial effect. SGS international testing has confirmed a 99.9% bactericidal effect against bacteria such as Escherichia coli, Staphylococcus aureus, Pseudomonas aeruginosa, and Streptococcus pneumoniae. The silver ions persist post-sterilization, providing continuous and effective sterilization and water purification—a contemporary marvel in antibacterial solutions.