What is Graffiti Cleaning? Eco Strip Graffiti and Anti-Graffiti for Restaurants
20-03-2025
14:12
Graffiti Cleaning
While the conditions affecting many structures today are natural, some are man-made. One of these is graffiti. While graffiti is impressive and aesthetically pleasing as street art, it also causes significant damage to many important structures. It often requires extensive effort to clean, and the hazardous and harmful chemicals used during this cleaning process harm both nature and humans. While traditional graffiti removers are effective, their environmental impact is substantial. To address this issue in a more ecological way, we developed Eco Strip Graffiti and Restora Anti-Graffiti products, formulated without harmful, harsh, or flammable chemicals, including methylene chloride, as a solution to graffiti.
Eco Strip Graffiti
Eco Strip Graffiti is a completely safe and environmentally friendly graffiti remover, posing no risk to human or environmental health and containing no harmful, harsh, or flammable chemicals. With its unique, mild odor and biodegradable formula, Eco Strip Graffiti eliminates the environmental hazards, skin irritation, respiratory hazards, burns, and fire risks associated with the harsh chemicals used in traditional paint removers. This makes it a user- and environmentally friendly material. Eco Strip Graffiti can be applied by brush, roller, or airless spray.Easily removes spray-painted graffiti on many surfaces, both indoors and outdoors. Suitable for use on wood, brick, natural stone, marble, granite, limestone, sandstone, spring stone, concrete, cement- and lime-based plasters, metal surfaces such as copper, aluminum, galvanized steel, glass, fiberglass, tile, terracotta materials, polyester, and more. Removes most spray paints, acrylic paints, oil- and water-based paints, primers, semi-gloss and gloss paints, varnishes, and fillers.
It also performs effectively on ink, crayon, marker, felt-tip pen, lipstick, shoe polish and polish stains.
Anti-Graffiti to the Restaurant
Our Restora Anti-Graffiti product was developed to protect surfaces against graffiti, whether previously treated with Eco-Strip Graffiti or on surfaces you wish to avoid graffiti. It is a water-based, breathable anti-graffiti product designed for use on concrete, brick, and natural stone. It does not alter the appearance of the applied surface. This product protects surfaces to ensure easy removal of a variety of graffiti types, including spray paint, ink, bituminous paints, asphalt sealer, and other solvent- or water-based paints. Thanks to its superior performance, standard cleaners and low-pressure water blasting are sufficient cleaning methods for removing most graffiti from surfaces.Restora Anti-Graffiti is based on silane chemistry and chemically bonds to the surface to which it is applied. This allows the material to undergo multiple cleaning cycles without requiring reapplication. It is highly suitable for use in areas prone to the negative effects of graffiti, such as buildings, walls, sound barriers, piers, columns, bridges, and more. Sandstone, terracotta, hand-made bricks, limestone, granite, and most natural stone surfaces can also be protected with Restora Anti-Graffiti.
It creates a transparent, invisible barrier against most common graffiti, such as spray paint and felt-tip pens. Depending on the type and intensity of the graffiti, and the cleaning method used, a new anti-graffiti application can be expected after an average of 10 cycles. Subsequent restorations can be applied to the affected area only, with no visible difference to the applied surface.
It has a very low VOC content, making it environmentally friendly. Its breathable structure prevents any negative effects such as mold or moisture buildup on the applied surface. It is applied transparently, ensuring a clean appearance on the applied surface. It is resistant to ultraviolet rays and prevents any burning. It is alkali-resistant, does not stick after drying, does not peel, or cause yellowing, thus preventing aesthetic deterioration on the applied surface.
