Anti Graffiti Coating

No More Graffiti Sacrificial Coating is an environmentally friendly, water-based, low cost sacrificial wax coating. Once applied to a surface, the Sacrificial Coating forms a thin non-visible film on the material surface, protecting it from graffiti or any other staining substances. The graffiti can be easily removed by simply cleaning the surface with hot water. The removal process strips the Sacrificial Coating together with the graffiti, resulting in a clean stain-free surface. Sacrificial Coating is suitable for large heavily targeted areas where removing the graffiti by solvent or graffiti remover is difficult.

The non-stick nature of No More Graffiti Sacrificial Coating also discourages the adhesion of glue-on advertising posters. It may also be applied to non-masonry substrates such as timber, metal, painted surfaces or surfaces coated with textured coating or polymer render.

However, a small test is strongly recommended prior to application to determine product suitability for a particular substrate. 

Some of the outstanding features of No More Graffiti Sacrificial Coating include:

• Good resistance to graffiti.
• UV stable emulsion composition.
• The product and method of removal are environmentally friendly, no organic solvents like paint strippers are required.
• Easy application by brush, roller or airless spray.
• Non-corrosive and non-flammable, all equipment can be cleaned in water.

How much do I need?

The consumption of coats depends on the porosity of the surface being coated. We recommended two coats with a consumption rate of approximately 10m2/litre per coat. For rough surfaces and porous substrates may require more coats for maximum effectiveness.

CSIRO Tested

Tech-Dry No More Graffiti Sacrificial Coating meets the requirements of the APAS Specification 1442 'Temporary graffiti Barrier' appendix 'Method For Assessing Protection Against Graffiti' tested by CSIRO, CMMT report number 2823/R2. For a copy of the report please download via the link.

Available in 20 Litre size.