Japan's Kobe Copper Company recently developed a special metal processing technology for plating various metal products such as stainless steel, titanium, and aluminum to have excellent antibacterial, mold and seaweed resistance. This processing technology has now officially transferred . The new antibacterial metallization technology can be widely used in kitchen appliances and food production lines.
According to reports, the addition of several trace elements in metallic nickel with antibacterial properties can achieve more than 100 times higher antibacterial effect than that of monolithic nickel. It is plated on the surface of the metal and reacts with the metal to enable the metallic nickel to dissolve and kill itself. Kill bacteria. At the same time, it is also possible to kill bacteria from the atmosphere by killing ions with antibacterial effect by the antibacterial layer formed on the metal surface.
This metal plating technology can completely kill bacteria at more than 10 times the speed of the existing antibacterial treatment materials, and can maintain its bactericidal function for a long time. The previously difficult to achieve anti-mold and anti-algae (such as chlorella single-cell algae), can almost completely inhibit its growth, compared with the existing antibacterial materials, due to high hardness, so the surface is difficult to be damaged.
According to reports, the addition of several trace elements in metallic nickel with antibacterial properties can achieve more than 100 times higher antibacterial effect than that of monolithic nickel. It is plated on the surface of the metal and reacts with the metal to enable the metallic nickel to dissolve and kill itself. Kill bacteria. At the same time, it is also possible to kill bacteria from the atmosphere by killing ions with antibacterial effect by the antibacterial layer formed on the metal surface.
This metal plating technology can completely kill bacteria at more than 10 times the speed of the existing antibacterial treatment materials, and can maintain its bactericidal function for a long time. The previously difficult to achieve anti-mold and anti-algae (such as chlorella single-cell algae), can almost completely inhibit its growth, compared with the existing antibacterial materials, due to high hardness, so the surface is difficult to be damaged.
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