Why Choose Agar Graffiti Removal For Tough Graffiti And Ink Stains?

Agar Graffiti Removal is a powerful solvent-based cleaner designed to safely remove aerosol paint, felt-tip pen ink, and ballpoint ink from porous and non-porous surfaces. It features a thickened, low-odour formula that clings to vertical walls to dissolve tough vandalism residues, allowing them to be rinsed away easily with water.

Easily Remove Vandalism and Ink Stains

Cleaning graffiti from vertical surfaces like walls and fences is often difficult because standard liquid solvents run off before they can penetrate the paint. Agar Graffiti Removal solves this with a thickened composition that clings to the stain, ensuring prolonged contact time to break down aerosol paints and permanent markers effectively. Unlike many harsh solvents, it is low-odour and water-emulsifiable, meaning it rinses away cleanly without leaving strong chemical smells, making it safe and manageable for use in public spaces and on carpets

Where Agar Graffiti Removal Can Be Used:

• Concrete walls, pathways, and masonry surfaces.
• Metal doors, shutters, and signage.
• Fibreglass panels and fixtures.
• Carpets and selected fabric surfaces after testing.
• Public spaces, commercial buildings, and industrial sites.

How To Use Agar Graffiti Removal:

• Always test on a small hidden area before full use.
• Apply directly to the graffiti affected surface.
• Allow the product to sit for several minutes to loosen residue.
• Wipe, brush, or lightly agitate if required.
• Rinse thoroughly with clean water.
• Repeat application for heavy or layered graffiti.

Safety And Environmental Care:

• Avoid prolonged skin contact and wear gloves if required.
• Use in well ventilated areas during application.
• Avoid contact with eyes and rinse immediately with water if contact occurs.
• Do not ingest and seek medical advice if swallowed.
• Store in a cool dry place away from direct sunlight.
• Keep out of reach of children and pets.
• Water emulsifiable design supports controlled rinsing and reduced residue.