Paper
A tecnologia antimicrobiana integrada ao papel cria uma camada de proteção extra que auxilia na inibição de microrganismos, promovendo mais cuidado e higiene no uso diário
Having TNS Nano in your product means:
How does TNS Nano technology work?
Antimicrobial solutions are incorporated directly into the surfaces. Upon contact with microorganisms, the technology continuously inhibits their growth and proliferation.
What is the antimicrobial solution?
An antimicrobial solution is a technology applied to the surface of a material to help inhibit the growth of viruses, bacteria, and fungi on that surface. Incorporated during the manufacturing process, it works continuously, helping to keep the product more hygienic and in better condition throughout its use.
Onde estamos gerando impacto?
Select your industry and learn how antimicrobial solutions set your market apart
Toilet paper
Papel toalha e guardanapos
Handkerchiefs
Partners with TNS
Proven performance
Validate your technology with TNS Nano through rigorous protocols and international standards
ASTM E 3160-2018
Método que avalia a atividade antimicrobiana em superfícies tratadas, medindo a capacidade do material de inibir o crescimento de microrganismos ao longo do uso
TNS Nano Features:
Application Engineering Team
Microbiology Laboratory
Marketing team
Frequently Asked Questions
TNS Nano’s antimicrobial technology adds an active microbiological control function to the surface of tissue paper. This technology helps inhibit the growth of bacteria in humid environments, such as bathrooms, thereby improving hygiene during the product’s daily use.
TNS Nano’s antimicrobial technology is incorporated into the paper’s structure during the manufacturing process. When microorganisms come into contact with the surface of the treated paper, the technology works to inhibit bacterial growth, keeping the surface in better microbiological condition throughout its use.
TNS Nano's antimicrobial technology can be applied to various types of tissue paper, such as:
- toilet paper
- paper towel
- napkins
- tissues
The application depends on compatibility with the production process and the product's technical specifications.
Yes. TNS Nano’s antimicrobial technology works by inhibiting the growth of bacteria associated with odor formation. In humid environments and areas of frequent use, this feature helps maintain a greater sense of cleanliness and freshness in the tissue paper.
Yes. TNS Nano’s antimicrobial technology helps maintain the microbiological conditions of the paper’s surface during use. This effect is particularly important in environments with high humidity and exposure to microorganisms.
No. TNS Nano’s antimicrobial technology is applied in a way that does not alter the physical properties of the tissue paper, such as:
- softness
- absorption
- resistance
- appearance
The antimicrobial functionality is integrated without any noticeable impact on the user experience.
Yes. TNS Nano’s antimicrobial technology is designed for safe use in everyday products. Its safety is evaluated through laboratory testing and technical criteria appropriate for use in personal care products.
TNS Nano’s antimicrobial technology is applied directly to the paper’s fibrous matrix during manufacturing. Compatibility depends on the type of fiber, the additives used, and the production conditions in the tissue paper industry.
In practice, the integration of TNS Nano’s antimicrobial technology does not require any structural changes to the production process. The application is technically adapted to the existing process, with validation of the additive’s dosage and dispersion.
No. TNS Nano’s antimicrobial technology is designed to complement hygiene practices. The antimicrobial properties help keep the paper in better microbiological condition, but they do not replace habits such as proper hand hygiene.
Yes. TNS Nano’s antimicrobial technology can be evaluated using internationally recognized laboratory methods, such as the ASTM E 3160-2018 standard, which measures antimicrobial activity in porous materials, such as paper. These tests demonstrate the technology’s ability to inhibit the growth of microorganisms.
The application of TNS Nano’s antimicrobial technology provides tissue paper with an additional microbiological control feature. This attribute transforms the product into a surface that actively combats bacterial growth, adding technical value beyond traditional properties such as softness and strength.
The cost of incorporating TNS Nano’s antimicrobial technology varies depending on technical factors such as paper type, production process, volume, and expected performance. Determining the cost requires a specific technical analysis of each industrial application.
