Phoenix Asphalt Co. provides asphalt paving, asphalt repair and maintenance, parking lot paving, driveway paving, resurfacing, and overlays across Phoenix. Our crews also handle sealcoating, crack sealing, pothole repair, milling and removal, and parking lot striping. Residential, commercial, and industrial projects stay under one roof from excavation and base work through hot mix placement and markings.
Phoenix pavement can exceed 160 degrees at the surface, while August monsoon downpours drive water through untreated cracks. We account for those conditions with heat-appropriate hot mix, drainage planning, and a compacted aggregate base course engineered for expansive desert soils. Nuclear density gauges verify compaction before a paved surface opens to traffic. That measured approach helps protect driveways and parking lots from early oxidation, rutting, and base failure.
As a licensed, bonded, and insured contractor, we walk each site before preparing a free written quote that separates base preparation, material tonnage, and labor.
Phoenix Asphalt Co. provides asphalt paving throughout Phoenix and nearby Scottsdale, Tempe, Mesa, Glendale, Chandler, and Peoria.
Professional asphalt paving builds a durable surface from the ground up. The work begins with excavation and grading, continues with a compacted aggregate base course, and finishes with hot mix asphalt selected for the site's climate and traffic.
Residential driveways typically receive 2 to 3 inches of asphalt, while commercial and industrial sites require thicker structural sections for repeated delivery-truck loads. Depending on the design thickness, hot mix is placed in one or two lifts and compacted immediately with steel-drum and pneumatic rollers.
Phoenix Asphalt Co. keeps excavation, base installation, paving, repair, sealcoating, milling, and thermoplastic striping under one roof. A site walk determines subgrade condition, drainage needs, access, and load requirements before the estimate is written.
A well-designed pavement section balances the surface mix, base, drainage, compaction, and future maintenance rather than treating asphalt as a thin finish layer.
Choose a service based on whether the pavement needs a new structural section, targeted repair, a renewed surface, or preventive protection.
New paving includes excavation, grading, aggregate base installation, hot mix placement, and rolling to target density. Traffic remains off the surface according to the project schedule so the fresh mat is not rutted.
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Driveway paving covers full residential drives, aprons, and small pads. Standard passenger-vehicle driveways generally use a 2-inch structural lift, with added thickness considered for RVs, trailers, or heavier vehicles.
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Commercial paving uses thicker sections and tighter compaction tolerances for recurring traffic. Layout services coordinate stalls, fire lanes, drive aisles, turning radii, accessible spaces, signage, and traffic-grade or thermoplastic striping.
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Full-depth pothole repair cuts back to sound pavement, cleans the cavity, and compacts new hot mix in lifts. This addresses failed material instead of covering the opening with a surface-level cold patch.
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Hot-pour rubberized sealant closes routed cracks before water reaches the base. Sealcoating then helps shield the pavement from UV exposure, oxidation, and common fuel or oil spills.
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When the base remains sound, cold-planer milling removes the deteriorated top layer and creates a textured bond surface for a new overlay. If distress reaches the base or saturated subgrade, full removal and replacement is the more appropriate route.
Request EstimateProperty use, existing damage, base integrity, drainage, and traffic loads determine which paving or maintenance approach makes sense.
Residential work combines base preparation, a heat-resistant mix, and finished drainage for driveways, aprons, and pads.
Retail centers, apartment complexes, and industrial sites need pavement sections designed for traffic count, repeated loads, access, and drainage.
Repair methods are chosen according to whether distress is limited to the surface or has reached the base.
Resurfacing renews a worn driving surface when the supporting base can still carry the intended load.
Scheduled maintenance slows oxidation, closes water pathways, and keeps parking-lot markings usable.
The right approach starts with base integrity. A sound base may support crack treatment, milling, and overlay, while widespread alligatoring, saturated subgrade, or structural cracking points toward removal and reconstruction; traffic, drainage, site access, and intended loads refine the final design.
Mix selection, base preparation, and drainage are planned around sustained desert heat, intense UV exposure, expansive soils, and monsoon rainfall rather than milder-climate assumptions.
Steel-drum and pneumatic rollers compact hot mix before it cools, and nuclear density gauges confirm that the completed pavement meets the project's compaction specification.
Phoenix Asphalt Co. is licensed, bonded, and insured, pulls permits through the City of Phoenix Development Services Department, and coordinates with Maricopa County when jurisdiction lines apply.
One crew manages excavation, aggregate base, hot mix placement, repairs, sealcoating, milling, and striping under consistent quality standards. Work is held to Arizona Department of Transportation and Asphalt Institute standards, and the free written estimate identifies base preparation, material tonnage, and labor before mobilization.
Get a Free Asphalt QuoteTriple-digit heat and persistent UV exposure soften asphalt, age the binder, and leave unprotected pavement brittle. Heat-appropriate mix design and timely sealcoating help slow that cycle.
Water entering open cracks can undermine the aggregate base and accelerate pothole formation after storms. Routing and sealing cracks before monsoon season closes those pathways while they are still manageable.
Variable and expansive subgrade can move beneath a paved surface. Excavation, grading, and a properly compacted aggregate base course give the asphalt a more stable platform.
Isolated cracks may respond to sealing, but widespread interconnected cracking can signal structural failure below the surface. A site evaluation determines whether repair, overlay, or full replacement fits the actual depth of damage.
Repeated delivery-truck or industrial traffic can deform a pavement section that is too thin or insufficiently compacted. Commercial designs use greater thickness and tighter density controls for those load patterns.
Flat lots, ponding, and saturated subgrade can damage pavement from below. Finished grades should move runoff away from foundations and into suitable swales or curb cuts before water weakens the base.
Each project moves from site conditions and structural design to base preparation, hot mix placement, compaction verification, and a controlled return to traffic.
We inspect access, existing pavement, subgrade, drainage, and intended traffic before providing a free estimate that breaks out base material, labor, and asphalt tonnage.
Unsuitable soil and failed material are removed, then the site is graded to support the planned pavement thickness and move water toward the correct drainage path.
Aggregate base course is installed and compacted to the project's density standard, creating a stable section over Phoenix-area soils.
Heat-appropriate hot mix asphalt is placed in the specified thickness and in one or two lifts when the structural design calls for it.
Steel-drum and pneumatic rollers compact the mat while it remains workable, followed by nuclear density-gauge checks against the project specification.
The paved area stays closed for the specified setup period to prevent rutting, and customers receive written care timing based on the weather at installation.
Schedule an in-person site walk for a written quote based on the pavement condition, base preparation, material tonnage, labor, access, and intended loads.
These answers cover pricing factors, installation timing, maintenance, repairs, and care for paved surfaces in Phoenix conditions.
Call Our Paving TeamAt a standard residential range of $3.00 to $5.50 per square foot, a 200-linear-foot driveway that is 10 feet wide, or 2,000 square feet, generally falls between $6,000 and $11,000. Excavation depth, base condition, width, removal of old asphalt, and equipment access can change the final price. Phoenix Asphalt Co. provides an exact figure after inspecting the site and subgrade.
Night paving can reduce disruption to commercial traffic and business operations. Cooler temperatures also slow hot mix cooling, giving crews more working time for compaction and a smooth finish. In Phoenix summers, night work may be the practical choice when site access and operating hours support it.
Vehicles should generally stay off a new asphalt driveway for 3 to 5 days, while foot traffic is usually acceptable after 24 to 48 hours. Full curing can take several weeks to a few months depending on temperature. Project-specific written care instructions account for the weather during installation.
Rain during the first 24 to 48 hours may affect asphalt that has not cooled and set, potentially leaving a rough or raveled surface. Once cured, asphalt is water-resistant. Paving schedules should account for Phoenix monsoon forecasts so fresh work is not placed immediately before a predicted storm.
Avoid repeatedly parking in the same spot during the first few weeks, turning the steering wheel while the vehicle is stationary, and dropping sharp or heavy objects on the fresh surface. These actions can leave indentations, scuffs, or gouges before the mat fully cures. Wait at least 90 days before sealcoating so the asphalt's oils can cure.
A 20x20 driveway is 400 square feet. At Phoenix's typical residential range of $3.00 to $5.50 per square foot, the estimated total is roughly $1,200 to $2,200. Base excavation, old-material removal, soil conditions, and equipment access determine the final quote.
Residential driveway sections are typically 2 to 3 inches thick, and 2 inches is generally sufficient for standard passenger vehicles when the base is properly prepared. Driveways carrying RVs, trailers, or heavier vehicles may need greater thickness. The base and subgrade condition remain as important as the surface depth.
Many Phoenix driveways and parking lots benefit from sealcoating every 2 to 3 years, with shorter intervals possible where traffic or oil exposure is heavy. Spring and fall usually provide better curing windows than peak summer or monsoon season. New asphalt should cure for at least 90 days before its first sealcoat.
Milling and overlay can be appropriate when the surface is worn, rutted, or aged but the base remains sound. An overlay may extend pavement life by roughly 8 to 15 years, depending on base condition. Widespread alligatoring, structural cracking, drainage failure, or saturated subgrade usually points toward full removal and replacement.
The router-and-seal method prepares the opening and applies hot-pour rubberized sealant so water cannot readily reach the base. In Phoenix, sealing before monsoon season is especially useful because untreated cracks can widen into potholes within one to two seasons.
Phoenix asphalt commonly lasts 12 to 18 years with proper maintenance and can sometimes reach 20 years or more. The broader 12-to-25-year Arizona pavement range depends on mix selection, base integrity, drainage, traffic, annual crack sealing, and sealcoating. Intense heat, UV exposure, and neglected water intrusion shorten service life.
Milled pavement becomes reclaimed asphalt pavement that can be reused in aggregate base or new hot mix production. Reuse reduces landfill disposal and lowers demand for new material. Full-removal material is hauled and handled according to Arizona Department of Environmental Quality guidelines.
Phoenix Asphalt Co. walks the site before writing the quote and checks pavement condition, subgrade, drainage, traffic needs, and equipment access. The free written estimate separates base preparation, material tonnage, and labor so the project scope is clear before equipment is mobilized.