A revolutionary biocompatible and patented technology that makes materials resistant to bacteria, viruses and biofilm.
Parx technologies are included in Saniconcentrates ™, which is made with patented innovative technologies. The plastic changes internally on a micrometric scale, resulting in antiseptic and antibacterial properties due to improved physical properties.
By using the technology, the surface of the products is made more resistant to attack by microbes and bacteria, as well as reducing challenges associated with biofilm (adhesion). This technology delivers an antimicrobial performance of 99.3% or higher, measured according to ISO 22196 or JIS Z2801. It does not migrate (does not leak out), it only creates a cleaner surface that prevents bacteria from attaching or multiplying.
The technology becomes part of the product's material composition during the production process. For example, during the plastic injection process, the extrusion process or the blow molding process. This is usually 3% of the material (or material layer). Incorporating the antimicrobial property requires a homogeneous mixture of Saniconcentrate ™, which is the technology itself, together with the recipient material (your standard material). No other or special requirements are needed. Just so easy.
Biocides are used to control harmful and unwanted organisms and microorganisms. These are chemical substances that not only kill pathogens, they also kill non-pathogens, which means that they can also be dangerous to humans. There are a number of different biocidal classes. At least 30% of the biocides are endocrine disruptors, persistent, toxic to aquatic organisms or carcinogenic.
Saniconcentrates ™ are produced using the body's own trace element zinc, as it is present and functions in the top layer of human skin. It is this trace element that creates the skin's defense mechanism against bacteria and viruses. With Parx technology, we create a similar defense mechanism in plastics and polymers without using biocides or other toxic substances.
Silver and Nano-silver are the most common solutions used today to make products antimicrobial. But we must realize that silver is toxic to all living cells and contributes to antibiotic resistance.
Silver nanoparticles can be absorbed through the lungs, intestines and through the skin in circulation and can thus reach organs such as liver, kidney, spleen, brain, heart and testicles. Nanosilver can cause mild eye and skin irritation. It can also act as a mild allergen of the skin. Inhalation of silver nanoparticles mainly affects the lungs and liver. It has been demonstrated that silver nanoparticles can be genotoxic to mammalian cells.
Nanoparticles are extremely small, less than 100 nanometers in diameter. This means that they are very difficult to control and can always get out of the material they have been inserted into. They can easily pass through the walls of internal organs and end up in the brain, heart, liver, lungs and many other vital organs. Research shows that nanoparticles attach to human tissue and can trigger inflammatory reactions in cells.
Nanoparticles can be very powerful and unpredictable, and anything powerful that is difficult to control should be considered very carefully before use.
Parx technology does not use nanoparticles or nanomaterials. The technology is on a micrometric scale, and with this we have full control over properties and functionality.
It realizes an inherent, inert property change in and on the surface of the material. There is no migration principle that creates the antimicrobial effect. Technology does not migrate out of the material it is integrated into.
Parx Materials Saniconcentrate ™ has been tested and approved against various ISO standards and a wide range of bacteria and fungi.
Efficiency: 99.9% (log3) up to 99.99999% (log7)
This means that when comparing two products, one with and one without technology, it shows that the product made with Saniconcentrate ™ has> 99.9% less viable bacteria on the surface after 24 hours compared to the untreated surface.
with Parx technology