NP® SiOPack®

Advanced industrial manufacturing and versatile application of NP® SiOPack®

The NP® SiOPack® barrier coating sets new standards in the packaging industry by not only maintaining but enhancing the performance and aesthetics of packaging. Compared to traditional PE-laminated containers, NP®  SiOPack® offers superior protection without compromising the natural properties of the raw material. Both visually and to the touch, there is no discernible difference from uncoated materials, yet NP® SiOPack® provides enhanced protection, covering all pinholes and edges.
Unlimited design freedom

The innovative NP® SiOPack® solution can be applied both before and after the printing process, as well as to already finished products. This flexibility allows designers and manufacturers to work without creative limitations. Packaging can be customised to meet individual requirements without sacrificing the protective functionality of the coating.

The application of NP® SiOPack® enables the development of environmentally friendly and visually appealing packaging solutions that are both functional and attractive. This opens up new opportunities for brands to stand out from the competition with innovative and sustainable packaging.

NP® SiOPack®: Sustainable packaging solutions without compromise

In an era where many initiatives to reduce CO2 emissions and plastic waste are either inefficient or mere greenwashing, NP® SiOPack® offers a genuine alternative. Our coating technology delivers reliable results with minimal effort, significantly reducing the use of plastics

NP® SiOPack® revolutionises the packaging industry by combining the benefits of lightweight, flexible paper or natural fibres with the safety and durability of glass. This eliminates the need for plastics or PE coatings.

Our unique, patented process enhances the functional properties of eco-friendly raw materials. The packaging becomes superhydrophobic, meaning it can safely come into contact with food or liquids of any kind without compromising its recyclability.

Scanning Electron Microscope (SEM) image of a curved fibre demonstrating structural changes under mechanical stress. In the inner curve, the material is compressed, while the outer edge is stretched, yet no signs of cracking are visible. This highlights the material's flexibility and mechanical durability.

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