This technology is incorporated into the material to help inhibit the growth of microorganisms on the surface. In design projects, it adds a functional layer to materials used repeatedly, contributing to improved hygiene, durability, and perceived value.

The technology is incorporated into the material during manufacturing. When microorganisms come into contact with the treated surface, their growth is continuously inhibited, with no need for reapplication under normal use.

"Antimicrobial" is the broadest term: it encompasses technologies that act against viruses, bacteria, and fungi. "Antibacterial" refers specifically to action against bacteria, while "antiviral" relates to reducing the viral load.

No. Antimicrobial technology complements routine cleaning, but it does not replace sanitization, disinfection, or normal environmental maintenance. It acts as a permanent functional feature of the material.

Yes. The process begins when the microorganism comes into contact with the treated surface. From that point on, the technology works continuously to help keep the surface better protected throughout its use.

When technology is properly integrated into the manufacturing process, the protection lasts for the entire lifespan of the product. It does not require reapplication and is designed to remain active in the material throughout its use.

Yes, at TNS Nano, we provide technical support, reports, and regulatory compliance to ensure safety and performance in the final application.

It can be applied to decorative items and surfaces such as MDP and MDF panels, laminates, upholstery, chairs, porcelain tiles, paints, vinyl and laminate flooring, as well as ceramics, metals, and toilet seats.

High-traffic environments that see frequent use and repeated contact tend to find this technology particularly valuable. This includes residential and commercial settings, offices, hospitals, clinics, and medical offices—especially where hygiene, well-being, and ease of maintenance are key considerations.

TNS Nano's antimicrobial technology is designed to preserve the product's visual and functional characteristics without compromising its finish, feel, comfort, or design.

It depends on the solution and the application, but it can be effective against bacteria, fungi, and viruses, depending on the formulation used and the tests conducted on the material.

Validation depends on the type of material and the desired functionality. In architectural applications, key standards include ASTM E3031 for non-porous surfaces and ISO 21702 for antiviral activity on plastic and non-porous surfaces.

Not when it is incorporated into the material during manufacturing. In that case, the technology isn’t just a temporary surface coating: it becomes part of the product and remains intact through regular use without coming off during routine cleaning.

Yes, because in addition to enhancing hygiene and preservation features, this technology sets the product apart and adds perceived value to the project. It is a feature that helps brands and specifiers deliver greater innovation, functionality, and confidence to the end user.

Incorporation depends on the type of material and the manufacturing process, but the principle remains the same: the antimicrobial technology is integrated into the manufacturing process itself, in a way that is compatible with the base material and the end use. For this reason, TNS evaluates each case to ensure effective performance in the final product.

TNS Nano integrates the technology into the process you already use, without disrupting the manufacturing workflow or adding any additional steps to the process.

In addition to developing and validating the solution, TNS Nano helps turn the technology into a marketing selling point, providing support in campaign development, planning, and marketing strategy to best communicate with its clients.