Products developing
When anti-viral-level non-woven fabric meets new nanocomposite materials
The new nanocomposite material will form a high-functional protective membrance on the non-woven fabric. The treated surface will be covered by a highly functional membrance, once activated will form highly reactive hydroxyl free radical that can inhibit virus replication, and the effect will not be slowed by time. It not only improves the antibacterial and antiviral efficiency, but also eliminates odors and harmful gases such as formaldehyde.
International ISO anti-virus non-woven fabric certification
In August 2014, the International Organization for Standardization (ISO) officially released the "Anti-Virus Textile Testing Standard". Specifies the test method for the antiviral properties of textiles. The release of this standard represents a new era of anti-virus for functional textiles.
Different from general textiles, in addition to basic comfort, health care (antibacterial, far-infrared radiation, negative ions), protection and other functions. The newly developed anti-virus-level functional non-woven fabric is the same for the medical industry in terms of protection level and long-term effectiveness. It’s a great leap forward.
The new nanocomposite material has passed the ISO18184 JIS test report, which is safe and harmless to the human body. The non-woven fabric combined with the new nano-coating coating creates unlimited possibilities with innovative power.
Application of non-woven fabric
We must not neglect all kinds of viruses and bacteria in our living environment, and refuse to "illness comes from the mouth." The inner layer of the mask is coated with a new type of nano-composite coating to form the first protective shield for the quality of breathing.
1. antibacterial and antivirus.
2. Deodorizing, remove bacteria and viruses.
3. Improve wearing comfort and extend using time.
In a closed confined space, the uncirculated air quality may be worse than that of the outdoors. The air filtration system coated with a new type of nanocomposite coating can deal with harmful bacteria and viruses in the first place.
1. Decompose free air substances (formaldehyde, TVOC)
2. Filter and decompose bacteria and viruses (type A influenza H1N1, Legionella, MRSA, Pneumoniae, Streptococcus pneumoniae, Tuberculosis)
Principles of non-woven fabrics and new nanocomposites
The new nanocomposite material has passed the effectiveness test of major international laboratories, effectively inhibiting the items containing viruses, bacteria, molds, harmful gases, etc.
A protective memberance can be formed on the surface of the object, the size is only nanometer, and the average standing diameter is smaller than that of viruses and bacteria, which can maximize the protective area.
