中文
English
On March 18, Major General Bai from the Army General Hospital, Political Commissar Liu from the Political Department of the Shenyang Military Region, President Chen from Guangzhou University, General Manager Du from China Construction Eighth Engineering Division and other delegates visited the headquarters of Runli New Materials. They toured the Runli exhibition hall and conducted in-depth exchanges on Runli’s advanced products including antiviral waterborne paint and stone-like paint. He Weiqiang, Chairman of Runli New Materials, received the delegation throughout the visit.
Antiviral Waterborne Paint
As one of the earliest enterprises in China engaged in the R&D of antiviral coatings, Runli officially launched its antiviral coating product in March 2018.
This long‑acting antiviral product was jointly developed by Runli, the Institute of Microbiology of Guangdong Academy of Sciences, and Guangdong Dimei Biotechnology Co., Ltd., and has been granted a national invention patent (Patent No.: ZL202210980914.3).
A key technological breakthrough of Runli’s antiviral waterborne paint lies in its innovative silver‑ion technology integrated into antiviral and antibacterial protection.
Compared with traditional silver ions, the silver ions in this product are stable, non‑discoloring and highly safe, raising the viral blocking rate to over 99.9%.
At the meeting, the leaders expressed recognition of the application of Runli’s antiviral waterborne paint.
Places such as hospitals, schools, confinement centers and children’s rooms have a particularly strong demand for coatings with antiviral functions.
In addition to the traditional advantages of coatings such as durability, weather resistance and scrub resistance, Runli’s antiviral waterborne paint can also effectively decompose formaldehyde, inactivate viruses and bacteria, allowing safe occupancy immediately after painting. It is an eco‑friendly product worthy of wide promotion.
Affected by the COVID‑19 pandemic, people have gained a deeper understanding of viruses and pathogens.
As a result, Runli’s antiviral waterborne paint has been rapidly promoted in recent years and widely applied in public places such as confinement centers and hospitals, as well as residential spaces including children’s rooms and living rooms.
In the future, Runli New Materials will continue to increase investment in R&D, cooperate with the Institute of Microbiology of Guangdong Academy of Sciences and more scientific research institutions, and develop more eco‑friendly functional coatings, contributing to a safe and secure home living environment.
Intention：
Intention：
工程合作
