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Remove axel grease, asphalt, tar, motor oil from various garage surfaces.
Remove axel grease, asphalt, tar, motor oil from various garage surfaces, tools, and selective automotive applications.
Use on equipment, machinery, engines, garbage cans, tools, lawnmowers, and in pressure washers.
Non-abrasive, contains no acids or petroleum solvents, no harmful VOCs, and non-flammable.
Asphalt
Blacktop
Cement
Concrete
Stainless Steel
Diluent: CAS #7732-18-5. Reverse Osmosis (RO) is a water treatment process that removes contaminants from water by passing the water through a membrane, (filter), where contaminants are filtered out yielding more pure quality water.
Surfactant: CAS #68439-46-3. It is used in cleaners to modify the surface tension of water, to aid in even spreading and to allow mixing with oil and dirt so that they can be rinsed away. As part of the EPA Safer Choice Program, it has been evaluated and determined to be safer than traditional chemical ingredients.
Builder: CAS #6834-92-0. A strong oxidizer. As a component in a chemical degreaser, it reacts with fatty acids (animal grease) to form a soap, which is then rinsed away. As part of the EPA Safer Choice Program, it has been evaluated and determined to be safer than traditional chemical ingredients.
Surfactant: CAS #1300-72-7. An organic compound that increases the ability of water to dissolve other molecules. It is also found in personal care products as a surfactant, to modify the surface tension of water, to aid in even spreading and to allow mixing with oil and dirt so that they can be rinsed away. As part of the EPA Safer Choice Program, it has been evaluated and determined to be safer than traditional chemical ingredients.
Chelating Agent: CAS #25102-12-9.
IMPORTANT: Do Not Use on stainless steel, chrome, pewter, aluminum, brass, zinc, marble, artificially oxidized silver, knife blades, lacquered surfaces, pearls, opals or any porous stones, Avoid spilling on laminates, countertops or any synthetic surfaces which may be affected; clean spills immediately. Use in well-ventilated area.
Yes, it is formulated for concrete, cement, asphalt, and blacktop. For rust stains on vehicle exteriors, the CLR Automotive Calcium, Lime and Rust Remover handles those separately.
Yes. When applying to engines, let the product penetrate for a few minutes before rinsing , avoid spraying directly onto hot engine components or electrical connections. For interior stains on seats or carpets, the Automotive Carpet, Upholstery & Fabric Cleaner is the right product.
Avoid using it on chrome, pewter, aluminum, brass, zinc, marble, lacquered surfaces, pearls, opals, and porous stones. Keep it away from laminates and synthetic countertops; if any spills occur on these, rinse immediately. For painted or coated surfaces, test on a small hidden area first and do not let the product sit for more than two minutes before rinsing. For a broader guide on cleaning different surfaces around your vehicle, see How to Deep Clean Your Car.
An alkaline-based degreaser works by reacting with fatty acids in grease and oil, breaking them down so they can be rinsed away rather than just pushed around. For large surface areas like driveways or garage floors, using the product in a pressure washer speeds up the process significantly. Avoid bleach-based or acid-based cleaners on concrete, they can discolor or pit the surface over time.
Most tar removers rely on petroleum-based solvents, which can be harsh on asphalt and blacktop and leave behind residue. A formula without petroleum solvents or acids is a better option for outdoor surfaces, since it breaks down the tar without softening or degrading the surface material underneath.
Yes, but tar requires more dwell time than grease or oil, it's denser and more adhesive, so it needs a few minutes to loosen before scrubbing. Older or heavier deposits may need a second application. For best results, use garage products formulated specifically for tar removal rather than general-purpose degreasers, which may not penetrate it as effectively..
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