Frequently Asked Questions
Power Washing FAQs:
Why should I power wash my driveway?
Power washing removes dirt, oil stains, mold, mildew, and other buildup that can damage your driveway and hurt curb appeal.
How often should I have my driveway power washed?
Most driveways benefit from a professional cleaning once a year, but high-traffic or heavily shaded areas may need it more often.
Will power washing damage my concrete or asphalt?
No. When done correctly with the right pressure and technique, power washing is safe and effective for concrete and asphalt surfaces.
What’s the difference between power washing and soft washing?
Power washing uses high-pressure water, while soft washing combines low pressure with cleaning solutions—often used on siding, roofs, and delicate surfaces.
Can I remove oil or rust stains with power washing?
Power washing removes most stains, but deep oil or rust stains may require special treatments or sealants afterward.
Sealing FAQs
Why should I seal my driveway after cleaning?
Sealing protects your driveway from water penetration, oil stains, UV rays, and freeze-thaw damage. It also makes it easier to clean in the future.
How often should I seal my driveway?
It depends on what sealant you use. Local hardware stores sell low grade sealants which need to be reapplied every season. Whereas commercial grade sealants are manufactured to last 10 years.
How long after power washing can I seal my driveway?
Commercial sealants can be applied to damp surfaces, as long as water isn’t pooling. However any heavy water, rainfall etc. within 6 hours of application can affect the curing of the sealant.
How long does the sealant last?
Commercial-grade sealants can last 10+ years, offering long-lasting protection when maintained properly.
Can I walk or drive on the driveway right after sealing?
Once your driveway is visibly dry light foot traffic is usually okay. Vehicles should stay off for 24 hours to allow the sealant to fully cure.
Will sealing make my driveway slippery?
No, most sealants are designed to penetrate the surface, not sit on top. If needed, non-slip additives can be used for extra traction.