HOW TO CLEAN TIRES

Tires are often the dirtiest part of your car, but regular cleaning is key to keeping them in good shape. It removes brake dust, road grime, and other buildup that can damage the rubber over time.

Using the right cleaner matters. Harsh degreasers and chemical-based products can strip away protective rubber conditioners, causing discoloration, cracking, or even dry rot - commonly seen as "brown tires."

Many commercial wheel cleaners contain acids, solvents, or ammonia. While they cut through grime, they can also damage finishes and pose health risks if inhaled or touched. Alkaline cleaners can be just as harmful.

Simple Green Max Automotive safely removes brake dust, tar, and road grime without damaging your tires or rims. It's biodegradable*, non-caustic, and safe on chrome, aluminum, and surrounding surfaces.

DIRECTIONS FOR CLEANING TIRES:

Spot test a small, hidden area before use.

1. Start with the tires. Clean them before washing the rest of the car to avoid splashing dirt on clean surfaces.
2. Apply cleaner to one tire. Spray Simple Green Max Automotive on cool, dry wheels one at a time. Let it sit for 1 to 2 minutes.
3. Scrub the tires. Use a stiff-bristled brush or sponge to loosen heavy grime and brake dust. Focus on lug nuts, where buildup is common.
4. Rinse thoroughly with water.
5. Repeat. Continue steps 2–3 for all four tires.
6. Wash the rest of your car. For specific directions on how to do this, click here.
7. Dry your car, including the tires.
8. Apply protectant. Finish with a high-quality tire protectant to maintain a like-new look. Follow product instructions.

• Simple Green Max Automotive also works as a whitewall tire cleaner. Directions for cleaning white wall tires (without baking soda) can be found here.
• Tire manufacturers and installers recommend cleaning your tires at least every other week.

NOTE: Do not clean over asphalt as it might cause pitting.

*Biodegradable formula: This formula reached 100% biodegradation within six months after typical sanitary sewer conditions per OECD 301D testing.