Non-toxic antibacterial technology that is food approved and patented in 43 countries. Reduces bacteria in products by 99.3% or more. Certified ISO 22196

Reduce disease and infection by using our ISO-certified microbiological technology in accordance with ISO22196 and JIS Z8001. It does not migrate (does not leak) out of the products it is integrated into. The technology mimics the defense mechanism of human skin and is produced using the body's own trace element.


The technology is ready for several plastic materials used in everything from medical equipment to food packaging. However, it is quite possible to develop the technology to work in other types of materials as well, and we have several exciting projects and products underway. In all our products we emphasize good functionality together with a contemporary design. We are fortunate to work with product developers and designers who have achieved international awards for their work.


A revolutionary biocompatible technology - reducing bacteria by 99% or more within 24 hours - measured in accordance with ISO22196 and JIS Z2801.

Saniconcentrates ™ is made of patented innovative techniques that have so far obtained patents in 43 countries. With the help of Saniconcentrates ™, the surface of the products becomes more resistant to attack by microbes and bacteria. Products treated with our technology contain no biocides (ref. Chemical substances that kill living organisms). They achieve a micrometric scale change that results in antiseptic and antibacterial properties through the mechanical / physical properties of the surface.



We have done extensive biomimetic research in collaboration with renowned universities and have developed a unique way to create Sanipolymers ™. Our technology is based on biomimicry - it is derived from nature. Nature can do amazing things, so why not use this to create sustainable solutions.


Silver and Nano-Silver are the most common solutions used today to make products antimicrobial. But we have to realize that silver is toxic to all living cells and contributes to antibiotic resistance. Nano-silver particularly leaches out of the product so it can be inhaled or digested and silver affects our waste water treatment methods.


Nanoparticles are very small. So small that they cannot be controlled. This means that they will always be able to get out of the material they have been inserted into. Nanoparticles can be very powerful, and something powerful that cannot be controlled should be considered very carefully. For this reason, our technology has been developed based on criteria other than nanoparticles or nanomaterials. Our technology is on a micrometric scale and where we achieve full control.


Flat 50x50x10mm plastic parts are made of treated and untreated material. A specified dose of the bacteria is placed on both the treated and untreated plastic parts, and both are placed in incubation for 24 hours at 35 °C and a relative humidity of not less than 90% (ideal conditions for the bacteria to grow). After the incubation period, the samples are examined and the number of viable bacteria determined. A prescribed equation records the results showing the difference in viable bacteria on the treated and untreated plastic parts.

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