Homeowners in Lansing choose Valley Asphalt Inc for surfaces that perform reliably year after year. We build driveways and parking lots designed to endure Michigan's freeze-thaw cycles and heavy snow loads, preventing premature cracking and potholes. Our process begins with a thorough assessment of your property's specific drainage needs and soil conditions, common challenges in the Red Cedar River flood plain. We then apply precise grading and compaction techniques, ensuring a stable base for your new asphalt. The result is a robust, low-maintenance surface that looks great and functions perfectly, whether you're near Michigan State University or out in the Delta Township area. You gain a durable investment that protects your property and provides a safe, smooth experience for vehicles and pedestrians.
Valley Asphalt Inc is proud to serve Lansing, MI and the surrounding communities. Our reputation is built on honest work, clear communication, and results that hold up over time.
A properly installed asphalt driveway in Lansing, MI, typically lasts 15-20 years with regular maintenance. Factors like proper base preparation, asphalt thickness, and drainage directly impact its lifespan, especially given Lansing's fluctuating temperatures. We use high-quality aggregate and binder materials engineered to resist cracking from the freeze-thaw cycles common in our region. Regular sealing every 2-3 years will extend its life significantly, protecting against UV damage and moisture intrusion. This ensures your investment provides decades of reliable service.
A standard asphalt driveway installation in Lansing, MI, usually takes 1-3 days from start to finish, depending on the size and complexity. This includes excavation, base preparation, and asphalt paving. The driveway will be ready for light vehicle traffic within 24-48 hours after paving, though it takes several months for the asphalt to fully cure and harden. We work efficiently to minimize disruption, ensuring you regain full use of your property quickly. Our schedule accounts for local weather patterns to optimize paving conditions.
Maintaining an asphalt surface in Lansing's climate primarily involves crack sealing and sealcoating to protect against weather damage. Cracks should be filled promptly to prevent water from penetrating the base, which can lead to potholes during winter. Sealcoating every 2-3 years replenishes the asphalt's binder, protecting it from UV rays, oil spills, and moisture. This proactive approach significantly extends the pavement's life, preventing costly repairs down the line. Proper drainage around the surface also prevents water accumulation that can degrade the asphalt.
The best time of year to install asphalt in Lansing, MI, is generally from late spring through early fall, specifically May to October. These months offer consistently warmer temperatures, which are crucial for proper asphalt compaction and curing. Installing asphalt during colder months can lead to a less durable surface more prone to cracking as the material cools too quickly. We monitor weather forecasts closely to schedule installations during optimal conditions, ensuring the asphalt sets correctly for maximum longevity. This timing guarantees the strongest possible bond and finish.
Yes, Valley Asphalt Inc provides effective pothole and crack repair services for existing driveways and parking lots in Lansing. We assess the extent of the damage to determine the most appropriate repair method, whether it's patching, crack filling, or resurfacing. Prompt repairs prevent small issues from escalating into larger, more expensive problems, especially with Lansing's harsh winters. Our goal is to restore the structural integrity and smooth appearance of your asphalt, extending its useful life. This service protects your pavement from further deterioration caused by water infiltration.
Proudly Serving Lansing and the Surrounding Area
From Lansing to the surrounding communities, we bring the same level of care and craftsmanship to every job — whether it's a quick repair or a full project.
