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Graffiti Prevention Products

Download Technical Data Sheet Download Health And Safety Sheet
 
GraffitiShield Nano is a two-component coating, formulated using chemical Nano technology (Polyether Siloxanes with UV additives).
 

Main Properties 

Quick-working (less than 24 hours); single-coat system; 3-8 years’ effective life (50 to 75 rounds of cleaning); very thin coat thickness; easy to apply; extremely economical in terms of cost per square metre.
 

Recommended Uses

GraffitiShield™ Nano is especially suitable for surfaces requiring durable protection against graffiti and for which a high aesthetic quality is very important. Suitable surfaces: untreated and coated metals, stainless steel, and full core sheeting.
 

Coverage

Theoretical: 30-50m²/kg with a dry coat thickness of 12µm.
Practical: Dependent on many factors, such as porosity and roughness of the surface and material losses during application (see DIN 53220).
 

Surface Preparation 

The surface should be clean, dry, and free of dirt and grease.
Clean the surface with Rust-Oleum ND14 before rinsing with GraffitiShield Nano-Prep
 

Please read data sheets carefully prior to application.

 
Please note that delivery lead times for this item may vary. Please feel free to contact the office on 01934 825850 for a confirmed delivery date prior to ordering.

GraffitiShield Nano

Permanent anti-graffiti coating based on nano-technology. Ideal for frequent cleaning

Graffiti attaches poorly

3-8 working years

Glossy appearance

Variations

Please select a colour to see size/pack options:

Clear
£93.18

Please note that the colour swatches above are representative only. This product's actual colour may differ. For further details please contact us.

Quantity

Spinner

Price: £93.18

£111.82 incl VAT

Disclaimer: All products purchased via this website must be used in conjunction with the product data information provided.
Roadcraft Safety Products Ltd cannnot be held responsible for any performance failures where mixing or application instructions have not been adhered to.