PSS20 is perhaps unique in the pantheon of anti Graffiti coatings in that it is the only sacrificial graffiti removal system in the whole of the UK and Ireland that isn't classed as a chemical . PSS20 is in fact a polysaccharide, commonly known as starch . This starch is a closely related to the type of polysaccharides that you will find in food, but think of it as the big tough brother of these polysaccharides.
Why Polysaccharides ? You see polysaccharides are the ideal Anti Graffiti system for for Graffiti vandalism prevention. PSS20 when applied to a surface is non visible, tough, durable yet will completely disintegrate when washed with a hot washer. Graffiti vandals don't stand a chance and it gets the thumbs up for Graffiti cleaners . The benefits of PSS20 are obvious - you don't need to use chemical anti Graffiti removers . There are no toxic residues which might pollute the soil and contaminate waterways . It keeps local authorities happy and the environment safe .
PSS20 has been certified by numerous institutes in Germany, Switzerland, France, Sweden etc. A summary of the main results are:
Why Polysaccharides ? You see polysaccharides are the ideal Anti Graffiti system for for Graffiti vandalism prevention. PSS20 when applied to a surface is non visible, tough, durable yet will completely disintegrate when washed with a hot washer. Graffiti vandals don't stand a chance and it gets the thumbs up for Graffiti cleaners . The benefits of PSS20 are obvious - you don't need to use chemical anti Graffiti removers . There are no toxic residues which might pollute the soil and contaminate waterways . It keeps local authorities happy and the environment safe .
PSS20 has been certified by numerous institutes in Germany, Switzerland, France, Sweden etc. A summary of the main results are:
- The RAL institute under RAL-GZ 821/2 as a sacrificial graffiti protection system
- BAST (German Road Authority)- sacrificial graffiti system
- BAM Institute Germany - sacrificial graffiti system» CEBTP Institute France - Tested to prove it does not affect sound absorption characteristics of sound protection walls
