The traditional method of manufacturing anti-viral fabric involved adding anti-bacterial silver to the fabric during the weaving process. However, new technologies have emerged that involve embedding antiviral agents into the fabric in a single step. These new production methods ensure that the fabric's anti-viral properties are long-lasting and do not wash off.
Advancements in nanotechnology have allowed manufacturers to add smarter anti-viral properties to the fabric. These newer versions work at the microscopic level. The fabrics are designed to act as a sort of 'trap' for viruses or bacteria that might come into contact with it. Once trapped, the virus or bacteria is neutralized and is unable to spread. These nanotechnologies have been proven to be more effective than other methods of antiviral manufacturing.
Additionally, advancements in manufacturing have made it possible to apply anti-viral coatings to PPE, such as masks and gowns. This is especially important for healthcare workers who are on the front lines battling the pandemic. These coatings are able to neutralize viruses and bacteria upon contact, making the PPE more effective.
Moreover, a great deal of research and development is currently taking place to incorporate anti-viral properties into clothes worn by the general public. This could be particularly relevant in densely populated areas where there is a higher likelihood of contracting viruses from the surfaces around us.
The advancements in the manufacturing process have revolutionized the capabilities of anti-viral fabric. From traditional methods involving silver to new graphene technologies, the effectiveness of these fabrics has vastly improved in recent years. The incorporation of anti-viral properties into PPE has made medical gear more effective in neutralizing viruses. Additionally, the application of anti-viral coatings to existing fabrics/materials has made it possible to create new, highly effective products. Thus, the future of anti-viral fabric is expected to witness continued growth and development of new manufacturing techniques.