GY-ANTIBIOTIC-301-1 Nano Antibiotic Agent

Intro

GY-ANTIBIOTIC SERIES are developed by GO YEN CHEMICAL INDUSTRIAL CO., LTD. (GYC GROUP) to meet the increased market demands of combat against the growing threat of bacteria and mold.

GY-ANTIBIOTIC-301-1 is a nano antibiotic agent with a long-term performance and reaches the environmental awareness.

Sterilizing and cleaning thoroughly is one of the effective ways to fight against infection while viruses broadly exist in our surroundings during flu season. GY-ANTIBIOTIC-301-1 provides long-term performance in its sterilization and antibiotic properties.

This nano antibiotic agent will produce ionization where nanostructure of ions carries strong positive charges, which can pull any bacteria and viruses, with negative charges, towards it and demolish the cell wall of bacteria and viruses as well as changing their enzymatic activity, which leads to the destruction of bacteria and viruses.

GY-ANTIBIOTIC-301-1 offers unprecedented antibacterial performance and can successfully prevent any diseases arose from bacteria. The antibacterial performance of GY-ANTIBIOTIC-301-1 is barely affected by ambient temperature, pH value, or organic matter, and will not cause antibiotic resistance.

GY-ANTIBIOTIC-301-1 is colorless, odorless, non-toxic, non-corrosive, and features outstanding compatibility on account of the nanotechnology, and can be used under room temperature.

GY-ANTIBIOTIC-301-1 is an eco-friendly antibiotic agent that is widely used in our daily commodities and in the sectors of industry, agriculture, medical industry, etc.

Antibacterial mechanism:

GY-ANTIBIOTIC-301-1 is an antibiotic agent for textiles which provides durable antibacterial performance and the ability to resist microorganisms.

GY-ANTIBIOTIC-301-1 provides antibacterial performance through both chemical and physical ways, while the traditional antibacterial agents feature only the chemical one.

Chemical way: GY-ANTIBIOTIC-301-1 will produce ionization where nanostructure of ions carries strong positive charges which can pull any bacteria and viruses, with negative charges, towards it and demolish the cell wall of bacteria and viruses as well as changing their enzymatic activity, which leads to the destruction of bacteria and viruses.

Physical way: The long-chain nanostructure of polymer will wrap round the bacteria and stop them from reproducing, which blocks the respiratory path of bacteria and is the key reason that does not occur antibiotic resistance.