With the construction industry's emphasis on healthy living environment, antimicrobial masterbatch, as an innovative material, is gradually showing its unique application value in the construction field.This article will delve into the emerging applications of antimicrobial masterbatch in wall materials, flooring, and sanitary ware, revealing how they can significantly improve the quality of living environments.

Wall materials

The inclusion of antimicrobial masterbatch in the wall material is a major innovation in the field of architecture. Traditional walls can easily become a breeding ground for bacteria and mold, especially in humid or poorly ventilated environments. The addition of antimicrobial masterbatch, such as in the production process of latex paint or wallpaper, can effectively inhibit the growth of bacteria on the surface of the wall, reduce wall stains and odors, thus creating a cleaner and healthier indoor environment. This technology not only improves the beauty of the wall, but also extends the service life of the wall material, reduces maintenance costs, and is especially beneficial to residents who are allergic.

Flooring materials

As the most frequently contacted part of the family, the sanitary condition of the floor directly affects the health of the occupants. The application of antimicrobial masterbatch in flooring materials, such as PVC flooring and wooden composite flooring, gives the floor surface lasting antibacterial properties by adding antimicrobial masterbatch in the production process. This can not only effectively prevent the spread of diseases such as beriberi through the ground, but also reduce the burden of household cleaning, especially for kindergartens, hospitals and other places with high health requirements, to ensure the health of the personnel's feet and the cleanliness of the overall environment.

Sanitary ware

Sanitary ware, such as toilets, washbasins, and shower rooms, are high-risk areas for bacterial growth. The application of antimicrobial masterbatches in plastic parts of such products, such as those made from antibacterial PP or PE masterbatches, can effectively inhibit the growth of bacteria and mold, reducing the risk of cross-infection. This technology not only improves the hygiene standards of sanitary ware, but also reduces the use of cleaning agents, and also contributes to environmental protection. For example, antibacterial toilet seats and basin surfaces can be kept clean for a long time, providing a more peaceful use experience for family members.