nano-ex
for effective removal of nanoscale particles from the skin.
nano-ex removes even the smallest particles from 4 nanometer from the skin. For use after unwanted skin contact with nanoparticles in research and industry. Removes more than 99% of nanoparticles from the skin. Soap-free and TRGS-401 compliant. Developed and patented by nanotechnology scientists.
Awarded with the Wiley Analytical Science Award 2022
Categorie “Best Innovation for Laboratory Equipment”
Removes all materials
nano-ex is universally applicable: it removes metal, semiconductor, polymer as well as inorganic particles; with nano-ex, both hydrophobic and hydrophilic particles can be washed from the skin.
For smallest particles from 4 nanometer
The smaller the particle size, the more difficult it is to remove them from the skin with water alone. nano-ex removes even the smallest particles from a size of 4 nanometres.
Strong cleansing performance
nano-ex is specially designed to bind even the smallest particles to remove them from the skin: it removes more than 99% of nanoscale particles.
soap-free
In order not to impair the natural skin barrier when cleaning the skin of hazardous substances, nano-ex was developed completely without soaps and penetration enhancers – in accordance with the recommendation of TRGS 401.
Skin-friendly
nano-ex is pH skin neutral and very well tolerated by the skin. The skin compatibility has been tested by the independent dermatest institute and rated as ‘excellent’.
Easy and quick application
OPEN
APPLY
WASH OFF
Your contact
Erik Wöller
woeller[at]dermapurge.com
+49 1575 2127635
nano-ex completes the occupational safety concept in all areas where nanoscale materials are used.
References
Prof. Dr. Andreas Fery
Head of the Institute Physical Chemistry and Physics of Polymers
Leibniz Institute of Polymer Research Dresden e.V.
“The successful path of nanotechnology in the 21st century can only be continued through safe handling of materials in laboratories and companies. With nano-ex, scientists at the Leibniz Institute of Polymer Research have established a new standard in occupational safety for their colleagues in nanotechnology.”
Dr. Vladimir Lesnyak
Group Leader at Chair for Physical Chemistry
TU Dresden
“It feels good to now be able to provide state-of-the-art first-aid for the scientists and students we send to the laboratories.”
We know the problem - and share our solution with you.
The idea for nano-ex came from our own work in nanotechnology research. Following incidents in the laboratory, we had to identify a significant gap in occupational safety: there was no effective solution for removing nanoparticles from the skin.
With nano-ex, we have transformed our patented formula into a ready-to-use first-aid product, enabling innovative institutions around the world to continue the success story of nanotechnology with confidence.
Frequently Asked Questions
Nanoparticles are particles in the size range 1 – 100 nm. Due to their size, nanoparticles have special properties that are used in innovative technologies in almost all areas (medical technology, food, automotive, cosmetics and many more).
“In fulfilling its mandate to promote safety and health at work, the statutory accident insurance advocates responsible behavior when handling nanomaterials in the workplace.” (Position paper of the statutory accident insurance (DGUV) “Responsible use of nanomaterials”)
The measures for safety and health protection at work are decisive, e.g. EU Directive 89/24/EEC or Safety and Health for Chemical Agents Individual Directive 98/24/EC as well as the national implementation through e.g. Chemicals Act, Ordinance on Hazardous Substances (GefStoffV). The Technical Rules for Hazardous Substances (TRGS) 527 on ‘Activities with nanomaterials’ are essential for Germany as a location.
Substitution and prevention play a major role. The employer must take technical, organizational and personal protective measures in accordance with the risk assessment.
If, despite all the precautionary measures, unintentional skin contamination occurs, DermaPurge nano-ex offers the first suitable aftercare option and should therefore be kept at workplaces where contact with nanoparticles is possible.
Only 5% of the particles can be reliably washed off the skin with water.
After cleaning with soap, 15-25% of the particles remain on the skin – while the barrier properties of the skin are also impaired. Soap removes fats and oils from the skin that would ensure a natural barrier function for healthy skin.
In contrast to conventional decontamination agents, DermaPurge nano-ex is especially developed for rinsing off nanoparticles from the skin and shows a significantly better performance.
After skin contamination, there is a risk of absorption into the body via two routes: either via the skin (dermal) or through contamination carry-over, e.g. hand-mouth contact (oral). Nanoparticles can, for example, penetrate the skin via the pores and hair follicles and subsequently enter the blood circulation. Without thorough cleaning of the skin after dermal contamination, there is a risk of contamination carry-over, and of the particles being absorbed, for example via hand-mouth contact.
With nano-ex all types of nanoparticles can be effectively removed from the skin:
- Metallic nanoparticles
- Inorganic nanoparticles
- Semiconductor nanoparticles
- Metal oxide nanoparticles
- Nanoplastics and microplastics
Our solution can not only remove nanoparticles. Which substances are a risk in your working environment?
The highest safety standards and preventive health protection are essential when handling materials that are hazardous to health in science and industry. However, despite all precautions, accidents at work are not always avoidable. DermaPurge works with occupational physicians and safety engineers to develop the best aftercare option for your working environment.
Learn more now.