Saniconcentrate -Biosafe hm4100 antimicrobial analogue

Antimicrobial technologies have historically used biocides, such as silver or copper, to destroy microorganisms. While this method may effectively destroy bacteria and viruses, it can lead to toxic substances leaching out of the material, contaminating the products or surfaces it is trying to protect, as well as contaminating the environment and making recycling a more challenging task. In addition to relying on finite resources to work, bacteria and viruses tend to become resistant to biocides over time, reducing the biocides’ efficacy. Making bacteria viruses stronger so they become more difficult to battle and cause a bigger threat in the future.
In contrast to bacteria, viruses cannot multiply on surfaces, so the amount of viable virus units will always decline on surfaces over time. Saniconcentrate? is able to speed up this reduction, making the amount of virus units decline faster. This will eliminate the dangers of the virus faster and will reduce the chances of cross-contamination.The technology of Parx Materials works by mimicking the physical characteristics of the human skin. Using trace element zinc abundantly found in the body, biocompatible Saniconcentrate has been shown to prevent bacteria and viruses from adhering to surfaces, causing them to run through their usual lifecycle and die within hours. This ecological approach of dealing with germs can be seen as a natural way to keep bacteria and viruses at bay, instead of just killing them and inducing resistance. The technology is currently in use in major supermarkets and has shown outstanding results in medical trials.
New test results demonstrate Saniconcentrate-Biosafe hm4100 antimicrobial analogue , an additive technology patented by Parx Materials, reduces Covid-19 virus on surfaces by up to 99 per cent in 24 hours. Unlike other antimicrobial options, it achieves this without biocides, leaching or harmful side effects, creating a breakthrough option for applications like touch surfaces in public areas, medical devices or food contact applications. This proves Saniconcentrate? will be a strong and safe tool in preventing the spread of viruses in the future.
Saniconcentrate-Biosafe hm4100 antimicrobial analogue by Parx Materials reduces COVID-19 virus on surfaces by up to 99% in 24 hours. It provides broad-spectrum antimicrobial performance but has also been proven to be effective against viruses, molds and fungi, biofilm and fouling. Unlike other antimicrobial options, it achieves this without biocides, leaching or harmful side effects, creating a breakthrough option for applications like touch surfaces in public areas, medical devices or food contact applications. It is unaffected by humidity, light and temperature. It is inspired by the defense mechanisms of the human body. This 100% safe & biocompatible additive is homogenously incorporated into plastics to create an immune system inherent to the material. It does not contain toxic substances, silver, triclosan, nano-materials or any other harmful chemicals. It uses a trace element abundantly found in the body to prevent bacteria and viruses from adhering to surfaces. Also, causes them to run through their usual lifecycle and die within hours. It offers improved mechanical/physical properties on the surface that are bio-inspired. It does not impact the original characteristics of product. It is compatible with PP, PU, PET, PE, PS, PA, PVC, ABS and PMMA. Also, does not affect color, strength, transparency, UV- resistance and aging characteristics. Saniconcentrate--Biosafe hm4100 antimicrobial analogue is suitable for injection molding, extrusion and blow molding. It does not fade or wear off over time, there is no shelf life on the technology.
Saniconcentrate-Biosafe hm4100 antimicrobial analogue becomes part of your product’s material composition during the manufacturing process. For example during the plastic injection process, the extrusion process or the blow moulding process. Usually Saniconcentrate? will be 3% of the material (or the material layer) composition. Incorporating the antimicrobial technology requires the homogenous blending of the Saniconcentrate? together with the receiver material (your standard material). No other requirements, just that simple.

Advantage：
Saniconcentrate-Biosafe hm4100 antimicrobial analogue does not impact the original characteristics of your product. Incorporating the technology creates improved mechanical/physical properties on the surface but leaves all the other characteristics of the material the same. You will see no change in: color, strength, transparency, UV- resistance, ageing characteristics, etcetera.
Saniconcentrate-Biosafe hm4100 antimicrobial analogue brings forth an improvement to the materials mechanical/physical property. There is no active mechanism, there is no harmful substance inside and there is nothing migrating from the surface to attack the bacteria. The technology is inert and intrinsic in the material and is there to stay. It does not fade or wear off over time, there is no shelf life on the technology. The functionality is there, always.

Saniconcentrate-Biosafe hm4100 antimicrobial analogue does not only make your material or product more resistant to bacteria and viruses. It offers more benefits, such as:
1）Effective agains moulds and fungi.
2）Prevents bad odor.
Bad smell is caused by bacteria. Successfully preventing the proliferation of bacteria results in the prevention of smell build-up. A great feature for food packaging and textiles.
3）Preventing fouling.
Some long term tests show that Saniconcentrate-Biosafe hm4100 antimicrobial analogue is very successful in preventing fouling. resulting in lighter fishing nets and even a bigger yield in other applications.
4）Prevents biofilm formation.
Preventing the attachment and proliferation of bacteria on the surface prevents their quorum sensing actions, which means biofilm formation is prevented.
5）Prevents clogging.
Adhesion and build-up of bacteria leads to biofilm formation which makes the exponential growth of the bacteria colony inevitable. An increasing quantity of biofilm can lead to clogging of tube and pipes.