np to prevent the build-up of hospital-acquired infections
Gepostet von admin am Aug 11, 2010 in Featured | Keine Kommentare
London (ANI) – Alder Hey Children’s Hospital in Liverpool is using toys sprayed with ‘liquid glass’ to prevent the build-up of hospital-acquired infections such as the superbug Staphylococcus aureus, which is resistant to many antibiotics. The liquid glass, which is safe and completely inert, forms an invisible, flexible coating on the surface of an object and repels dirt...
MehrWelcome – Success is your Priority?
Gepostet von admin am May 4, 2010 in | Comments Off
Go Green – Cut cost by investing into the Environment – for a better Future of our Children and your Business! Find out more about Waste Management, Recycling & Renewables…
MehrStone
Gepostet von Bobo am Apr 25, 2010 in | Keine Kommentare
Stone, plaster and concrete are mineral surfaces which are substantial parts of our familiar surroundings. Normally we live in houses consisting of bricks which are covered with plaster. By adsorbing humidity and releasing it in certain doses this process contributes to our micro climate in which we feel good. But also houses give shelter against atmospheric conditions and influences from the...
MehrSurfaces
Gepostet von Bobo am Apr 25, 2010 in | Keine Kommentare
As np products can be applied to almost any surface, the applications are countless! … Here some examples: Ceramics & Glass np glass&ceramic protect is a soil-resisting refinement with a lasting hygienic protection for all smooth surfaces such as windows, glass facades, mirrors, automobile windows, eyeglass lenses and much more. Factsheet (Adobe Acrobat File) Metal np metal...
MehrSurface Protection
Gepostet von Bobo am Apr 25, 2010 in | 7 Kommentare
SIO2 – Liquid Glass is probably the world’s most versatile new technology ? Cutting Cost, Reducing Maintenance and Protecting Property & the Environment using “SiO2- ultra thin layering”. This very cheap product, can be applied to almost any surface. The flexible and breathable glass coating is approximately 100 nanometers thick (500 times thinner than a human hair), and so it is...
Mehr