Phoenix Asphalt Co. provides asphalt paving, driveway and parking lot paving, asphalt repair, resurfacing and overlay, sealcoating, crack sealing, pothole repair, milling and removal, and striping for Peoria homes and businesses. Our crews serve residential driveways, HOA common areas, retail centers, industrial yards, and municipal-adjacent infrastructure. Each project starts with an assessment of pavement condition, drainage, and subgrade soil. The scope is built around the site's actual traffic, base condition, and access needs.
Peoria's caliche-heavy soil, expansive clay, intense UV exposure, and triple-digit summer heat can accelerate cracking, oxidation, rutting, and base failure. Dark asphalt surface temperatures regularly reach 140 to 160 degrees, while monsoon storms from June through September can drive water through brittle cracks. Proper base compaction, positive drainage, suitable lift thickness, and timely maintenance help pavement withstand those cycles. Call to discuss a paving, repair, or maintenance plan matched to your property.
Peoria grew from 154,065 residents in the 2010 census to 190,985 in 2020, bringing increasing traffic to roads, driveways, and commercial lots. Phoenix Asphalt Co. works across Peoria and the surrounding West Valley, including Arrowhead Ranch, Westbrook Village, Vistancia, Trilogy at Vistancia, Fletcher Heights, Lake Pleasant, Glendale, Surprise, Sun City, Sun City West, El Mirage, and Youngtown.
The service range below covers new pavement, structural repair, preventive maintenance, resurfacing, removal, and finished markings for residential and commercial properties. The same assessment-led approach also applies to work in Phoenix, where heat, drainage, and traffic still shape the right pavement section. For another nearby service area, see Scottsdale, AZ .
From new construction to preventive maintenance and full reconstruction, each asphalt service is scoped to the pavement's age, base condition, drainage, traffic, and desired service life. Explore Service
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New installation includes excavation, drainage grading, aggregate base placed and compacted in lifts, and hot mix asphalt placed within the proper temperature window before steel-wheel and pneumatic rolling. Explore Service
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Repair options include full-depth patching for base failures and surface patching for isolated distress. Damaged areas are saw-cut, removed, rebuilt to surrounding grade, and compacted with fresh hot mix. Explore Service
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Maintenance combines routed crack sealing, UV-resistant sealcoating, targeted patching, and restriping where needed. Addressing surface distress before moisture reaches the base helps reduce larger structural repairs.
When the existing pavement and base have widespread failure, full reconstruction removes the failed section to design depth, corrects drainage, rebuilds the aggregate base, and installs a new asphalt surface.
A site evaluation checks pavement distress, drainage slope, subgrade soil, base support, traffic loading, and access. Those findings help determine whether repair, overlay, maintenance, or reconstruction fits the property.
Residential driveways typically use a 2 to 3 inch compacted asphalt lift over a 4 to 6 inch graded and compacted aggregate base, depending on soil conditions. Positive drainage toward the street and supported edges help keep water away from the garage slab and foundation.
Retail centers, office parks, warehouses, and multifamily communities generally need heavier structural sections, typically 3 to 4 inches of asphalt over a compacted base engineered for anticipated loads. Turning areas, loading docks, drive-through lanes, drainage, ADA markings, and fire lanes are considered as part of the site.
Pothole requests increase after monsoon moisture reaches a weakened base. Loose material and standing water are removed, edges are squared, and hot mix is compacted in lifts to restore a stable, flush surface, with commercial lots prioritized when liability exposure is highest.
Itemized estimates break down excavation, base material, asphalt tonnage, and finish work after an on-site evaluation. Bureau of Labor Statistics data showed paving-mixture producer prices rising close to 30 percent in a recent year, so current site-specific pricing is more useful than an outdated square-foot assumption.
The right scope depends on what is failing, what sits beneath the surface, how the pavement carries traffic, and whether the base remains sound. A site evaluation separates preventive maintenance from repair, resurfacing, and full reconstruction before work is priced.
Peoria's caliche and clay-heavy subgrades can shift seasonally and crack pavement from below. Inspection of soil, existing base, and structural distress determines how much excavation and base correction the project requires.
A residential driveway carrying passenger vehicles needs a different structural section than a delivery lane, loading-dock apron, industrial yard, or multifamily parking area. Anticipated load and turning pressure guide base design and mix selection.
Lift thickness and aggregate-base depth must match soil support and expected traffic rather than a generic section. Base material is compacted in lifts and density is verified before hot mix is placed.
Positive drainage keeps monsoon water from standing on the pavement or collecting near slabs and foundations. Grade, slope, low spots, and watershed or floodplain conditions are reviewed before the finished elevations are set.
Isolated distress may call for patching, while a sound base beneath an oxidized surface may support an overlay. Widespread base failure, poor drainage, or structural movement usually requires deeper removal and reconstruction.
Without suitable installation and maintenance, pavement that could serve 20 to 30 years on low-traffic residential streets can fall to well under half that life. Sealing cracks before summer expansion and maintaining the surface before oxidation becomes structural are central to a longer service life.
Heat, expansive soil, and monsoon moisture often work together: UV exposure makes binder brittle, ground movement stresses the base, and stormwater enters the resulting cracks. Identifying the visible symptom and the underlying cause helps avoid paving over a problem that will return.
Request Pavement AssessmentDark pavement surface temperatures regularly exceed 140 degrees and can climb into the 150s during July and August. Repeated daily heating and cooling accelerates oxidation, makes binder brittle, and opens surface cracks.
Caliche and clay-heavy soil can shift with seasonal moisture changes, especially toward northern Peoria near the Yavapai County line. Inadequate base compaction or drainage allows that movement to transfer upward as cracks and uneven pavement.
Between June and September, stormwater can pass through oxidized cracks and weaken structural support beneath the surface. Positive drainage, sealed cracks, and a properly compacted base reduce the routes moisture can use.
Interconnected cracks usually point to fatigue and support loss below the wearing surface, not a cosmetic issue alone. The failed area may need full-depth patching so compromised base material can be removed and rebuilt.
Wheel-path depressions can reflect concentrated loads, insufficient structural thickness, weak base, or unstable subgrade. Milling may correct surface grade, but deeper failure must be repaired before repaving.
Potholes can appear within days of heavy rain once water undermines a cracked, weakened surface. Repair removes unstable material and restores both the opening and any failed support beneath it.
Asphalt design is regional, and methods suited to a cooler or wetter climate can show failure within two or three Peoria summers. Phoenix Asphalt Co. scopes each project around local soil, drainage, heat exposure, property use, and the condition uncovered during evaluation.
Project planning accounts for Peoria's heat cycles, caliche and clay subgrade, monsoon moisture, and drainage concerns near the Agua Fria River and Lake Pleasant watershed. The pavement section is designed for the conditions present on the property.
Work follows Maricopa Association of Governments specifications for base compaction, lift thickness, and material gradation. Projects are performed under an Arizona Registrar of Contractors license, with permitting handled through the appropriate jurisdiction when required.
Estimates itemize the excavation, base, asphalt tonnage, and finish work driving the price. During construction, the team communicates schedule, cure time, access restrictions, and any unexpected drainage or base problem before proceeding.
New paving, reconstruction, overlays, and maintenance follow different field steps, but each begins with evaluation and a defined scope. The sequence below shows how site conditions are carried through preparation, placement, compaction, finishing, and access planning.
The crew assesses existing pavement, drainage, subgrade soil, base condition, traffic, access, and visible distress. These findings establish whether the job needs maintenance, patching, overlay, or reconstruction.
The proposed scope identifies excavation, base material, asphalt tonnage, finish work, drainage needs, phasing, cure expectations, and site-access restrictions. Required permits are coordinated with the appropriate jurisdiction.
New paving and reconstruction are excavated to design depth, while resurfacing areas are milled where grade correction or surface removal is needed. Failed sections are opened so compromised material is not hidden beneath new asphalt.
Aggregate base is installed and compacted in lifts with a vibratory roller, and density is verified before paving. Grade and positive drainage are corrected so water sheds away from vulnerable pavement edges and structures.
Hot mix asphalt is placed within its specified temperature window and paved in sections suited to the site and crew. Steel-wheel and pneumatic rolling bring the lift to its target density and finished grade.
Edges, transitions, markings, and final drainage are checked before the area reopens. Customers receive the expected cure time and vehicle-access instructions; residential crack sealing and sealcoating are typically completed in a single day, followed by cure time before traffic returns.
Case Study 1: Residential pavement: Correct base depth, supported edges, and a positive slope help a driveway shed water toward the street instead of pooling near the garage or house foundation.
Case Study 2: Commercial sites: Load-rated paving, phased access, drainage planning, and finished striping produce a lot ready for tenant, customer, delivery, and accessible-parking use.
Case Study 3: Long-term preservation: Professional installation and a regular sealcoat schedule can be the difference between pavement that lasts two decades and pavement that needs replacement in eight years.
Request an on-site evaluation for a Peoria driveway, parking lot, HOA roadway, retail center, industrial yard, or pavement-maintenance project. The estimate will reflect the existing surface, base condition, drainage, access, and finish work the property actually needs.
These answers cover project cost, pavement thickness, repair choices, maintenance timing, local conditions, and the work performed for Peoria residential and commercial properties.
Call About Your ProjectA 20x20 driveway is 400 square feet. Asphalt material generally runs $1 to $5 per square foot, with installation adding roughly $3 to $10 per square foot depending on excavation depth and base condition. Phoenix Asphalt Co. provides a written estimate after evaluating the existing surface and soil because Peoria's clay and caliche can require additional base work.
Residential driveway paving typically uses a 2 to 3 inch compacted asphalt lift over a 4 to 6 inch graded and compacted aggregate base. The final section depends on the property's soil, drainage, existing surface, and vehicle use.
Commercial sections are designed for regular delivery, truck, turning, and customer traffic, typically with 3 to 4 inches of asphalt over a compacted base rated for the expected load. The plan also accounts for drainage, ADA-compliant slopes, fire lanes, striping, site access, and business-hour phasing.
Sealcoating is typically recommended every 2 to 3 years for Peoria driveways and commercial lots under the area's UV and heat exposure. Cracks and failed patches should be repaired first so the sealer protects a properly prepared surface.
An overlay can add 8 to 15 years of service life when the existing base is sound and distress is mostly limited to the surface. The process may include milling, base-failure repairs, tack coat, and a new 1.5 to 2 inch asphalt lift.
Heat and UV exposure make asphalt binder brittle, while caliche or expansive clay can move beneath the base. Monsoon water then enters cracks, weakens structural support, and contributes to potholes and interconnected alligator cracking.
Isolated damage may be handled with surface or full-depth patches, and an oxidized surface over a sound base may qualify for resurfacing. Widespread base failure, poor drainage, or structural movement generally points toward deeper reconstruction. A site evaluation is needed to separate those conditions.
The process starts with site, drainage, and subgrade evaluation, followed by excavation to design depth and aggregate-base compaction in lifts. Hot mix is then placed within its specified temperature window and compacted with steel-wheel and pneumatic rolling. Final grade, edges, transitions, markings, cure time, and access are checked before reopening.
Residential crack sealing and sealcoating are typically completed in a single day, but the surface still needs cure time before it can bear vehicle traffic. The crew communicates the project-specific cure time and access restrictions rather than using one timeline for every site.
The paving scope can correct grade, improve positive drainage, remove compromised material, and rebuild the base for the soil and loading present. It cannot ignore unstable subgrade or water problems, because paving over them allows the same distress to return.
Yes. Commercial paving can be divided into sections sized for the equipment and crew while access planning reduces disruption to tenants and customers. The schedule should also account for delivery routes, cure time, striping, and reopening each phase.
Striping services include standard stall lines, ADA-compliant accessible parking symbols and signage, fire lanes, and directional arrows. Fast-drying traffic paint rated for Arizona sun exposure can be applied after paving, overlay, or sealcoating, or during standalone restriping.
The service area includes Peoria neighborhoods and destinations such as Arrowhead Ranch, Westbrook Village, Vistancia, Trilogy at Vistancia, Fletcher Heights, and Lake Pleasant Regional Park. Crews also travel through the greater Phoenix metro to Glendale, Surprise, Sun City, Sun City West, El Mirage, and Youngtown. Peoria properties may fall in Maricopa or Yavapai County, so permitting is handled through the appropriate jurisdiction when required.
Milled material becomes reclaimed asphalt pavement, or RAP, that can be reused as base material or returned to certified processing facilities instead of being sent to landfill. This keeps reusable asphalt in the pavement cycle rather than treating it as disposal material.
Phoenix Asphalt Co. builds projects to Maricopa Association of Governments specifications for base compaction, lift thickness, and material gradation. Work is performed under a current Arizona Registrar of Contractors license, and the company states bonded contractor status. Permits are pulled through the appropriate jurisdiction when required.