By Nanox
Antimicrobial technologies for safety and hygiene in various sectors. Effective antimicrobial technology against bacteria, fungi, and viruses, which does not compromise material performance or cause microbial resistance. Nanox's technological additives are incorporated into the material without impacting the final product. What is antimicrobial technology and where can it be applied? Antimicrobial technology is a set of solutions incorporated into materials with the aim of inhibiting the growth and proliferation of microorganisms, such as bacteria and fungi, over time. These additives are integrated directly into the raw material during the production process, becoming part of the material's structure and providing continuous protection during its use. Its application is broad and can be used in different industrial sectors, such as plastics, paints and coatings, textiles, packaging, medical devices, household appliances, construction, among others. It is especially indicated for products that demand greater microbiological control, contributing to greater durability, hygiene and added value. Do Nanox solutions replace traditional materials? Nanox antimicrobial solutions do not replace traditional materials themselves, but add additional functionality to the products in which they are incorporated. The technology is designed to be integrated into a wide variety of existing materials, such as plastics, polymers, paints, foams, and textiles, without compromising their physical properties or technical performance. By adding antimicrobial functionality, products retain their original characteristics and gain protection against the growth of microorganisms, resulting in greater durability, hygiene, and safety for specific applications. How is sustainability proven in practice? Sustainability is proven through technical evidence, laboratory studies, and internationally recognized methodologies that assess the environmental performance and safety of solutions throughout their lifecycle. In practice, this includes durability analyses, which demonstrate increased product lifespan; efficiency assessments, which indicate a reduction in the need for frequent replacements; and studies that consider environmental impacts, such as waste generation and resource consumption. Furthermore, compliance with technical standards, certifications, and national and international regulations reinforces the transparency and credibility of the solutions. This set of verifications allows for the objective measurement of the environmental benefits associated with the applied technology. Does technology interfere with existing industrial processes? Generally, no. The solutions are developed to be incorporated into existing industrial processes, with minimal or no need for structural changes to production lines. The technology is integrated into the raw material during conventional stages, such as extrusion, injection, painting, or formulation, respecting the technical parameters of the production process. When correctly specified, it does not compromise the physical, mechanical, or aesthetic properties of the final material. Any adjustments may be made only to optimize performance, always with specialized technical support, ensuring efficient integration and maintenance of industrial productivity.
Additive platform for rigid and flexible packaging that extends the shelf life of food products. A platform of solutions for active, safe, and functional packaging. Technology applied to increase shelf life, microbiological safety, quality preservation, and reduction of losses throughout the food chain.
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Packsmart is a packaging solution designed to help baked goods maintain their quality for longer, with more efficient distribution and better production utilization. When the packaging also works to extend the product's shelf life. In industrial baking, time is a crucial factor. Breads, cakes, pastries, and other packaged products must withstand transportation, storage, retail display, and fluctuating turnover before reaching the consumer. Packsmart was developed to transform packaging into an active ally in preservation. The technology can be incorporated into films, flexible packaging, and other formats used in the sector, always according to the type of food, packaging material, production process, and target market. In practice, the solution helps baking industries and packaging manufacturers develop products better prepared for long-distance routes, retail chains, food service, and markets with higher demands for quality and consistency. More control over losses, deadlines, and distribution. In baked goods, extending shelf life is not just a matter of preservation. It’s a way to improve production efficiency, reduce waste, and open up new business opportunities. Longer shelf life for highly perishable products Reducing losses, exchanges, and returns in retail. Greater predictability for production and distribution. Possibility of serving longer routes and new markets. Strategic applications Packaged breads: For sliced bread, rolls, whole wheat bread, and daily consumer products that need to maintain quality during transport, storage, and retail display. Cakes, muffins and products with higher moisture content: For packaged cakes, muffins, panettone, Swiss rolls, and products that are more sensitive to shelf life and storage conditions. Long-distance routes, retail networks, and exports: For products destined for distribution centers, supermarkets, food service, and export markets, where shelf life and logistical predictability make a difference. Their packaging offers regulatory safety and increased shelf life. Our team evaluates your product, packaging material, production process, and target market to determine how Packsmart can adapt to your strategy.
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