Bare Brick Stone & Masonry Graffiti Remover
The Bare Brick, Stone & Masonry Remover is a highly effective, economical, and biodegradable solution designed for all types of spray can paints, oil-based, latex, and water-based paint over-spray, paint spill stains, grease, grime, smoke, and oil stains. It is specifically formulated for porous brick, stone, and concrete surfaces, including cinder block, split face block, and exposed aggregate. The product can be easily rinsed with a small pressure washer, requiring minimal rinsing water. It leaves no shadows, causes no damage, and requires no harsh scrubbing. The remover is pleasant-smelling, nontoxic, and safe for use on various surfaces, including natural stone (like limestone, granite, and marble), stainless steel, trees, plastics, and playground equipment. It can also be used on painted surfaces after wetting the surface with water.
- Available: 20 oz can (2pk), 1qt (2pk), 1G (1pk)
Product Features & Benefits
- Highly Effective: Designed for all types of spray can paints, oil-based, latex, and water-based paint overspray, paint spill stains, and more.
- Economical: Provides value for money with its effective removal capabilities.
- Biodegradable: Environmentally friendly and safe for disposal.
- For Porous Surfaces: Formulated for porous brick, stone, and concrete surfaces, including cinder block, split face block, and exposed aggregate.
- Easy Rinsing: Can be easily rinsed with a small pressure washer, requiring minimal rinsing water.
- No Shadows or Damage: Ensures the surface remains undamaged and free from any residue or shadows.
- No Harsh Scrubbing: Removes graffiti and stains without the need for intense scrubbing.
- Pleasant Smelling: Offers a non-offensive odor during application.
- Nontoxic: Safe for use without harmful chemicals.
- Versatile: Safe for use on various surfaces, including natural stone (like limestone, granite, and marble), stainless steel, trees, plastics, and playground equipment.
- Safe for Painted Surfaces: Can be used on painted surfaces after wetting the surface with water.