Antibacterial Agents and Safeness? OUCC® ZnO Liquid, the Best Solution for Safe Bacteriostasis

Published date: 2021/08/10
Issued by:Surfactants and Performance Chemicals Department of SC Business Group

When seeing the antibacterial rate of commercial detergents advertised as over 99.9999%, wouldn't their influences on human bodies concern you? Being a global leader in such domain, the pioneering "OUCC® ZnO liquide" provides you with a relatively safe antibacterial material.

Antibacterial Agents and Safeness? OUCC® ZnO Liquid, the Best Solution for Safe Bacteriostasis
Why do we need antibacterial agents for detergents?  

Commercial laundry detergents, as mostly aqueous products, are composed of water, surfactants, fragrant essences, thickening agents, and so on. As the products' shelf lifespan differ from 3 to 5 years, the antibacterial agents or antiseptics will be required to sustain the ultimate quality of the products.

Antibacterial Agents and Safeness? OUCC® ZnO Liquid, the Best Solution for Safe Bacteriostasis
OUCC® ZnO liquid, a safe antibacterial material

Although the commonly used antibacterial agents or antiseptics in commercial detergents are approved as stipulated, such materials′ "LD50 (Median Lethal Dose)"or"Risk recommendations from U.S. Food and Drug Administration (US FDA)" when inquired may still leave you wondering if ever there is more secure material available.

The pioneering "OUCC® ZnO liquid technology" adopts the relatively safe material, zinc oxide, and has its particles dispersed into the surfactant to serve as an easily operated antibacterial agent and antiseptic. According to the SGS testing results,“OUCC® ZnO liquid”performs excellently with antibacterial against staphylococcus aureus, escherichia coli, pseudomonas aeruginosa, candida albicans and clostridium difficile infection, reaching 99.9% and above. Simply the best solution the "OUCC® ZnO liquid technology" offers for safe bacteriostasis.

Antibacterial Agents and Safeness? OUCC® ZnO Liquid, the Best Solution for Safe Bacteriostasis