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FALL 2023

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UD

HOW IT WORKS?

Because they are semi-durable consumer goods, home appliances and industrial utilities can become a kind of inanimate vector of pathogens. This risk is accentuated when they do not undergo proper hygiene after use, as in the case of products for contact with food and hygiene and cleaning utensils. The most common contaminations are the development of mold, bacteria that cause bad odor, as well as, in the food industry, the risk of cross-contamination of typical microorganisms such as Salmonella, Staphylococcus aureus and Escherichia coli.

WHERE DOES IT APPLY?

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ILLUSTRATIVE PICTURE

HOME APPLIANCES

The application of antimicrobials protects utensils for food preparation, utilities and tools for cleaning and organizing our homes and offices against microorganisms that cause stains, bad odors or cross-contamination.

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ILLUSTRATIVE PICTURE

INDUSTRIAL UTILITIES

The application of antimicrobial in utilities, tools and industrial equipment provides better cleaning and asepsis in these environments, which is essential for the quality of the products and, thus, avoiding losses.

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ILLUSTRATIVE PICTURE

HYGIENE AND CLEANING ITEMS

Microorganisms can even develop in personal items, bringing undesired problems such as fungi and bacteria. The incorporation of antimicrobials inhibits the proliferation of these invisible enemies, promoting more safety and tranquility for everyday life.

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HOW TO ADD NANOX TO YOUR PRODUCT?

​ To build your solution together, we have structured a 4-step process:
 

  1. Idealization of the new product;

  2. Selection of Nanox antimicrobial technology;

  3. Prototyping, try-out and efficiency tests;

  4. New product launch.

FAQ

  • Tecnologia antimicrobiana para Têxteis
    Os artigos têxteis e fibras fabricados com os aditivos Nanox inibem microorganismos como vírus, bactérias, fungos e algas, seu uso aumenta a segurança e durabilidade dos materiais, agregando qualidade e valor.
  • Tecnologia antimicrobiana para Utilidades Domésticas & Industriais
    As utilidades domésticas e industriais fabricadas com os aditivos Nanox inibem microorganismos como vírus, bactérias, fungos e algas, seu uso aumenta a segurança e durabilidade dos materiais, agregando qualidade e valor.
  • Tecnologia antimicrobiana para Dispositivos Hospitalares
    Dispositivos hospitalares fabricados com os aditivos Nanox inibem microorganismos como vírus, bactérias, fungos e algas, seu uso aumenta a segurança e durabilidade dos materiais, agregando qualidade e valor.
  • Tecnologia antimicrobiana para Eletrodomésticos
    Os eletrodomésticos fabricados com os aditivos Nanox inibem microorganismos como vírus, bactérias, fungos e algas, seu uso aumenta a segurança e durabilidade dos materiais, agregando qualidade e valor.
  • Tecnologia antimicrobiana para Embalagens
    As embalagens fabricadas com os aditivos Nanox inibem microorganismos como vírus, bactérias, fungos e algas, seu uso aumenta a segurança e durabilidade dos materiais, agregando qualidade e valor.
  • Tecnologia antimicrobiana para Arquitetura & Construção
    As superfícies fabricadas com os aditivos Nanox inibem microorganismos como vírus, bactérias, fungos e algas, seu uso aumenta a segurança e durabilidade dos materiais, agregando qualidade e valor.
  • Antimicrobial technology for Medical Devices
    Medical devices manufactured with Nanox additives inhibit the presence of microorganisms, such as viruses, bacteria, fungi and algae. Its usage increases the safety and durability of the materials, adding quality and value. The table above is illustrative, our team could guide you in choosing the best alternative and dosage for your product and process.
  • Antimicrobial technology for Textiles
    Textile products manufactured with Nanox additives inhibit the presence of microorganisms, such as viruses, bacteria, fungi and algae. Its usage increases the safety and durability of the materials, adding quality and value. The table above is illustrative, our team could guide you in choosing the best alternative and dosage for your product and process.
  • Antimicrobial technology for Home Appliances
    Home appliances manufactured with Nanox additives inhibit the presence of microorganisms, such as viruses, bacteria, fungi and algae. Its usage increases the safety and durability of the materials, adding quality and value. The table above is illustrative, our team could guide you in choosing the best alternative and dosage for your product and process.
  • Antimicrobial technology for Household and Industrial Utilities
    Household and industrial utilities manufactured with Nanox additives inhibit the presence of microorganisms, such as viruses, bacteria, fungi and algae. Its usage increases the safety and durability of the materials, adding quality and value. The table above is illustrative, our team could guide you in choosing the best alternative and dosage for your product and process.
  • Antimicrobial technology for Packaging
    Packages manufactured with Nanox additives inhibit the presence of microorganisms, such as viruses, bacteria, fungi and algae. Its usage increases the safety and durability of the materials, adding quality and value. The table above is illustrative, our team could guide you in choosing the best alternative and dosage for your product and process.
  • Antimicrobial technology for Architecture & Construction
    Surfaces manufactured with Nanox additives inhibit the presence of microorganisms, such as viruses, bacteria, fungi and algae. Its usage increases the safety and durability of the materials, adding quality and value. The table above is illustrative, our team could guide you in choosing the best alternative and dosage for your product and process.
  • Which microorganisms does the antimicrobial technology have efficiency in? What does broad spectrum protection mean?
    The technology developed by Nanox, features broad-spectrum antimicrobial protection. Because it works with the active principle of silver, a natural antimicrobial with known efficiency, it promotes a wide action to the technology. Thus, relying only on tests to define how much material is needed to fight most pathogens such as viruses. Among them are SARS-CoV, MERS-CoV, CCoV, H1N1, Adenovirus. Bacteria such as Staphylococcus aureus, Escherichia coli, Salmonella abony, among others. In addition to fungi such as Aspergillus niger, Candida albicans, Pseudomonas aeruginosa, among others.
  • Does the antimicrobial solution applied to fabrics pose any risk of allergic reaction when coming into contact with the skin?
    Nanox's antimicrobial solution for textile application is dermatologically tested and approved. Thus, it does not induce any type of allergic reaction or skin irritation, as it is an effective and safe product.
  • Does the solution pose any health risks to animals and children?
    The product is applied in low quantities. Thus, it is free to offer toxicity to beings that come into contact with the material, having effective action only against harmful microorganisms.
  • How does Nanox's antimicrobial technology works?
    Nanox works with the application of silver technology in materials in order to provide them antimicrobial properties. It creates a protective barrier, which, when coming into contact with pathogens, acts to inactivate them. Silver technology acts to cause protein precipitation, denaturing the cytoplasmic membrane of the cell, thus having a microbicidal action.
  • What is the efficiency, durability and action time of the solution in fabrics for the inactivation of the Sars-Cov-2 virus?
    The antimicrobial property of the fabric developed with the Nanox product has its durability equal to the entire life of the product, due to its shape that it is applied. Because it works from contact with pathogens, the material is able to inoculate 99.99% of the action of the Sars-Cov 2 virus in just 2 minutes of contact.
  • Where to find fabrics with Nanox technology?
    Nanox has made several partnerships, which are very important in ensuring that fabrics truly with Nanox reach those looking for it. In this way, here's the companies that are registered on the technology website. Go to: https://www.agplusfresh.com/onde-encontrar
  • Are antimicrobials safe, even for food contact?
    Yes. Nanox has different product lines, of these, different types of technologies that are on the positive list for use by ANVISA (Mercosur) and approved by the FDA for contact with food.
  • Does the solution pose any health risks to animals and children?
    The product is applied in low quantities. Thus, it is free to offer toxicity to beings that come into contact with the material, having effective action only against harmful microorganisms.
  • What houseware products can contain Nanox's antimicrobial?
    As the solution can be applied to polymers, coatings and fabrics, it can be contained in different types of materials. It is very useful for products that have constant contact with moisture, for example, as it inhibits the proliferation of fungi. Materials such as hygiene and cleaning utensils and kitchen utilities are now protected from harmful microorganisms.
  • Which microorganisms are the antimicrobial technology effective? What does broad-spectrum protection mean?
    The technology developed by Nanox, features broad-spectrum antimicrobial protection. Because it works with the active principle of silver, a natural antimicrobial with known efficiency, it promotes a wide action to the technology. Thus, relying only on tests to define how much material is needed to fight most pathogens such as viruses. Among them are SARS-CoV, MERS-CoV, CCoV, H1N1, Adenovirus. Bacteria such as Staphylococcus aureus, Escherichia coli, Salmonella abony, among others. In addition to fungi such as Aspergillus niger, Candida albicans, Pseudomonas aeruginosa, among others.
  • What is the durability of the antimicrobial property in additive materials?
    When the additive with the solution offered by Nanox is applied in the manufacture of the material, the antimicrobial property starts to compose the structure of that product, having the same durability as the material's useful life. If the coating is the product added with the technology, it makes only the surface of the microbicide material. Thus, the durability of the antimicrobial action is equal to the durability of the product coating.
  • How does Nanox's antimicrobial technology works?
    Nanox works with the application of silver technology in materials in order to provide them antimicrobial properties. It creates a protective barrier, which, when coming into contact with pathogens, acts to inactivate them. Silver technology acts to cause protein precipitation, denaturing the cytoplasmic membrane of the cell, thus having a microbicidal action.
  • And in industries, what can be added with an antimicrobial?
    The production line is a characteristic of industries and the risk of damage from contaminated batches can be mitigated. Highlighting those that process products that will be ingested or that may deteriorate due to microorganisms, it makes sense to apply the technology. Utilities and utensils, for example, containers (or boxes) and instruments that come into contact with food (knives, counters, etc.). It is also possible to apply it to equipment (mats, etc.), in order to also enhance its hygiene. Even employees' PPE's can receive the technology (gloves, aprons, etc).
  • How does Nanox's antimicrobial technology works?
    Nanox works with the application of silver technology in materials in order to provide them antimicrobial properties. It creates a protective barrier, which, when coming into contact with pathogens, acts to inactivate them. Silver technology acts to cause protein precipitation, denaturing the cytoplasmic membrane of the cell, thus having a microbicidal action.
  • Which microorganisms are the antimicrobial technology effective? What does broad-spectrum protection mean?
    The technology developed by Nanox, features broad-spectrum antimicrobial protection. Because it works with the active principle of silver, a natural antimicrobial with known efficiency, it promotes a wide action to the technology. Thus, relying only on tests to define how much material is needed to fight most pathogens such as viruses. Among them are SARS-CoV, MERS-CoV, CCoV, H1N1, Adenovirus. Bacteria such as Staphylococcus aureus, Escherichia coli, Salmonella abony, among others. In addition to fungi such as Aspergillus niger, Candida albicans, Pseudomonas aeruginosa, among others.
  • What is the durability of the antimicrobial property in additive materials?
    When the additive with the solution offered by Nanox is applied in the manufacture of the material, the antimicrobial property starts to compose the structure of that product, having the same durability as the material's useful life. If the coating is the product added with the technology, it makes only the surface of the microbicide material. Thus, the durability of the antimicrobial action is equal to the durability of the product coating.
  • Do additive materials have microbicidal efficiency both indoors and outdoors?
    Yes, since climatic factors such as temperature, sun exposure and contact with rain are not capable of compromising the operation of the technology.
  • What are the possible applications of antimicrobial technology for the civil construction sector?
    The additivation of surfaces with the Nanox antimicrobial solution can be applied both in the coating, being contained in the enamel (floors) or in paints and varnishes, as well as in the mass of the products, like cement floors.
  • Does the solution pose any health risks to animals and children?
    The product is applied in low quantities. Thus, it is free to offer toxicity to beings that come into contact with the material, having effective action only against harmful microorganisms.
  • Is there any form of handling, maintenance or cleaning of the material that compromises the antimicrobial action of the material?
    The technology is resistant to chemical materials as well as high temperatures. Therefore, all chemicals like chlorine, bleach and others are allowed for cleaning.
  • How does Nanox's antimicrobial technology works?
    Nanox works with the application of silver technology in materials in order to provide them antimicrobial properties. It creates a protective barrier, which, when coming into contact with pathogens, acts to inactivate them. Silver technology acts to cause protein precipitation, denaturing the cytoplasmic membrane of the cell, thus having a microbicidal action.
  • Are antimicrobials safe, even for food contact?
    Yes. Nanox has different product lines, of these, different types of technologies that are on the positive list for use by ANVISA (Mercosur) and approved by the FDA for contact with food.
  • Does the solution pose any health risks to animals and children?
    The product is applied in low quantities. Thus, it is free to offer toxicity to beings that come into contact with the material, having effective action only against harmful microorganisms.
  • Can these packages be thermo-mechanically recycled?
    Yes.
  • What is the main difference between an antimicrobial packaging and a conventional one?
    In terms of efficiency, the main advantages of antimicrobial packaging over a conventional one is the gain in microbiological safety, avoiding unwanted contaminants and contributing to consumer health, product quality, and also in some cases it can even contribute to the reduction of preservatives.
  • Does the silver technology used in the additive process interact in any way with the packaged product? Are the product characteristics preserved?
    No, the product is inert to food and packaged products, it does not have migration or leaching, the technology follows current national and international standards and is tested and approved in toxicity tests.
  • Which microorganisms are the antimicrobial technology effective? What does broad-spectrum protection mean?
    The technology developed by Nanox, features broad-spectrum antimicrobial protection. Because it works with the active principle of silver, a natural antimicrobial with known efficiency, it promotes a wide action to the technology. Thus, relying only on tests to define how much material is needed to fight most pathogens such as viruses. Among them are SARS-CoV, MERS-CoV, CCoV, H1N1, Adenovirus. Bacteria such as Staphylococcus aureus, Escherichia coli, Salmonella abony, among others. In addition to fungi such as Aspergillus niger, Candida albicans, Pseudomonas aeruginosa, among others.
  • What is the durability of the antimicrobial property in additive materials?
    When the additive with the solution offered by Nanox is applied in the manufacture of the material, the antimicrobial property starts to compose the structure of that product, having the same durability as the material's useful life. If the coating is the product added with the technology, it makes only the surface of the microbicide material. Thus, the durability of the antimicrobial action is equal to the durability of the product coating.
  • Which microorganisms are the antimicrobial technology effective? What does broad-spectrum protection mean?
    The technology developed by Nanox, features broad-spectrum antimicrobial protection. Because it works with the active principle of silver, a natural antimicrobial with known efficiency, it promotes a wide action to the technology. Thus, relying only on tests to define how much material is needed to fight most pathogens such as viruses. Among them are SARS-CoV, MERS-CoV, CCoV, H1N1, Adenovirus. Bacteria such as Staphylococcus aureus, Escherichia coli, Salmonella abony, among others. In addition to fungi such as Aspergillus niger, Candida albicans, Pseudomonas aeruginosa, among others.
  • Is there any form of handling, maintenance or cleaning of the material that compromises the antimicrobial action of the material?
    The technology is resistant to chemical materials as well as high temperatures. Therefore, all chemicals like chlorine, bleach and others are allowed for cleaning.
  • What are the possible applications of antimicrobial technology for the civil construction sector?
    The additivation of surfaces with the Nanox antimicrobial solution can be applied both in the coating, being contained in the enamel (floors) or in paints and varnishes, as well as in the mass of the products, like cement floors.
  • How does Nanox's antimicrobial technology works?
    Nanox works with the application of silver technology in materials in order to provide them antimicrobial properties. It creates a protective barrier, which, when coming into contact with pathogens, acts to inactivate them. Silver technology acts to cause protein precipitation, denaturing the cytoplasmic membrane of the cell, thus having a microbicidal action.
  • Does the solution pose any health risks to animals and children?
    The product is applied in low quantities. Thus, it is free to offer toxicity to beings that come into contact with the material, having effective action only against harmful microorganisms.
  • Do additive materials have microbicidal efficiency both indoors and outdoors?
    Yes, since climatic factors such as temperature, sun exposure and contact with rain are not capable of compromising the operation of the technology.
  • What is the durability of the antimicrobial property in additive materials?
    When the additive with the solution offered by Nanox is applied in the manufacture of the material, the antimicrobial property starts to compose the structure of that product, having the same durability as the material's useful life. If the coating is the product added with the technology, it makes only the surface of the microbicide material. Thus, the durability of the antimicrobial action is equal to the durability of the product coating.
  • Which microorganisms are the antimicrobial technology effective? What does broad-spectrum protection mean?
    The technology developed by Nanox, features broad-spectrum antimicrobial protection. Because it works with the active principle of silver, a natural antimicrobial with known efficiency, it promotes a wide action to the technology. Thus, relying only on tests to define how much material is needed to fight most pathogens such as viruses. Among them are SARS-CoV, MERS-CoV, CCoV, H1N1, Adenovirus. Bacteria such as Staphylococcus aureus, Escherichia coli, Salmonella abony, among others. In addition to fungi such as Aspergillus niger, Candida albicans, Pseudomonas aeruginosa, among others.
  • Does the solution pose any health risks to animals and children?
    The product is applied in low quantities. Thus, it is free to offer toxicity to beings that come into contact with the material, having effective action only against harmful microorganisms.
  • How does Nanox's antimicrobial technology works?
    Nanox works with the application of silver technology in materials in order to provide them antimicrobial properties. It creates a protective barrier, which, when coming into contact with pathogens, acts to inactivate them. Silver technology acts to cause protein precipitation, denaturing the cytoplasmic membrane of the cell, thus having a microbicidal action.
  • What is the durability of the antimicrobial property in additive materials?
    When the additive with the solution offered by Nanox is applied in the manufacture of the material, the antimicrobial property starts to compose the structure of that product, having the same durability as the material's useful life. If the coating is the product added with the technology, it makes only the surface of the microbicide material. Thus, the durability of the antimicrobial action is equal to the durability of the product coating.
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