Phoenix Asphalt Co. provides commercial asphalt paving in Phoenix for shopping centers, warehouses, office parks, fleet parking areas, and other business properties. We handle new parking lot paving, asphalt resurfacing and overlays, repair and maintenance, sealcoating, crack sealing, milling and removal, and parking lot striping. Our work begins with traffic, soil, drainage, and access planning so the pavement fits how the property operates. Commercial crews can phase larger lots to preserve partial tenant access when the project allows.
Phoenix asphalt faces surface temperatures above 150 degrees Fahrenheit, more than 300 sunny days a year, and monsoon downpours from June through September. We specify hot mix asphalt and polymer-modified binders for desert heat, build drainage slopes to shed runoff, and compact lifts with steel-wheel and pneumatic rollers. Our crews work to Arizona Department of Transportation specifications and account for expansive, caliche-heavy soils beneath the pavement. This asphalt-only focus supports durable surfaces under heavy fleet traffic and daily heat cycling.
A typical commercial lot between 20,000 and 50,000 square feet moves from milling or excavation through base compaction, paving, and striping in one to three weeks, depending on scope and weather.
Phoenix Asphalt Co. provides asphalt paving throughout Phoenix and nearby Scottsdale, Tempe, Mesa, Glendale, Chandler, and Peoria.
Commercial asphalt paving turns subgrade, aggregate base, and hot mix asphalt into a working surface for vehicles, deliveries, customers, and pedestrians. A complete project can include layout, excavation or milling, base preparation, paving, compaction, drainage, and final striping.
For Phoenix properties, the pavement structure must account for caliche and expansive soils, extreme heat, UV oxidation, and sudden monsoon runoff. We typically design a minimum 1-2 percent grade toward catch basins so water moves away from foundations, loading areas, and the pavement base.
Commercial planning also considers delivery-truck turning radii, drive aisles, stall layout, and ADA paths of travel before asphalt is placed. Those details help the finished lot support daily operations instead of creating access, drainage, or traffic conflicts.
A well-planned asphalt surface balances structural performance, safe circulation, drainage, and ongoing maintenance for the specific commercial property.
Phoenix Asphalt Co. supports commercial pavement from initial construction through repair, resurfacing, protective maintenance, and traffic markings. Each service addresses a different surface condition, operational need, or stage in the pavement life cycle.
We plan and pave parking lots for shopping centers, office complexes, warehouses, and fleet properties. Layout work covers traffic patterns, delivery turning radii, drainage slopes, accessible routes, stalls, and construction phasing before the lot is paved and striped.
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Repair work addresses potholes, localized base failure, cracked areas, and damaged drive lanes before deterioration spreads. For potholes, we cut a clean square, remove loose material to stable base, place and compact new hot mix asphalt, and restore the surface the same day in most cases.
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An overlay adds a new asphalt layer when the existing pavement still has structural integrity but the surface is worn, faded, raveled, or repeatedly patched. If deep alligator cracking, widespread base failure, or standing water remains, milling and full-depth replacement is the more appropriate approach.
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Sealcoating places thin, even protective coats over asphalt to slow UV and oxygen exposure, resist gas and oil penetration, and restore a uniform dark finish. We use squeegee or spray application and schedule work during cooler morning or evening conditions to support proper bonding.
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We route cracks into a clean reservoir and apply hot-pour rubberized sealant that flexes through seasonal temperature changes. Sealing while cracks are still under a quarter-inch wide keeps water out of the base and can add years to pavement life at a fraction of resurfacing cost.
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Striping covers parking stalls, fire lanes, accessible spaces, and directional arrows using traffic-grade paint or thermoplastic for higher-durability applications. We follow Manual on Uniform Traffic Control Devices and Americans with Disabilities Act requirements, and recommend pavement inspections each spring before monsoon season and again in fall.
Request EstimateTraffic weight, access patterns, pedestrian movement, drainage, and operating schedules differ by property type. We shape the pavement section and construction plan around those demands instead of applying one layout to every site.
Shopping center paving must keep customers moving while coordinating multiple storefronts, delivery zones, accessible routes, and highly visible traffic markings.
Office properties need orderly arrivals, clear pedestrian routes, reliable drainage, and a presentable surface that works for employees, tenants, and visitors.
Warehouse and industrial paving must support delivery trucks, loading activity, frequent turning, and concentrated loads that can expose weak base work.
Fleet areas experience repeated wheel paths and stationary loads from trucks, trailers, and dumpsters, increasing the risk of heat-related rutting.
Asphalt driveways and access lanes need stable base preparation, clean edges, and positive drainage whether they serve a commercial property or a residence.
A metro area with over 5.19 million people and 517.9 square miles inside Phoenix city limits supports contractors with widely different capabilities. Phoenix Asphalt Co. focuses on asphalt every day, pairing commercial credentials, desert-market knowledge, and dedicated paving equipment for projects across the Salt River Valley.
Our crews work under an active Arizona Registrar of Contractors license, with bonding, insurance, and commercial general liability coverage. Commercial experience ranges from strip retail centers and office parks to warehouses and industrial yards.
We account for monsoon forecasts, high-temperature cooling rates, UV oxidation, and expansive caliche soils when planning the base, mix, schedule, and drainage. That local knowledge helps prevent a fresh mat or weak subgrade from undermining the finished surface.
Our fleet includes asphalt pavers, cold planers, vibratory steel-wheel rollers, pneumatic rollers, and infrared thermometers. Crews use that equipment to control milling, mat temperature, lift compaction, and finished density throughout the project.
Phoenix heat, sunlight, traffic, water, and unstable base conditions leave recognizable damage patterns. An on-site assessment distinguishes surface wear that may suit maintenance or an overlay from structural failure that calls for milling and replacement.
Request Site AssessmentInterconnected alligator cracks often point to failure below the surface rather than a simple sealable crack. We evaluate the affected base and determine whether localized removal or broader full-depth reconstruction is needed.
Year-round sun breaks down asphalt binder, leaving the surface faded, brittle, and increasingly prone to loose aggregate. Sealcoating can slow exposure, while widespread raveling may indicate that resurfacing is due.
Extreme surface heat softens binder under stationary or slow-moving loads, creating wheel-path depressions in drive lanes, loading zones, and dumpster areas. Mix selection and structural support must match those concentrated commercial loads.
A sudden monsoon downpour can expose low spots and undersized drainage quickly. Standing water softens the subgrade, accelerates base failure, and can send runoff toward foundations or loading areas.
A hairline crack left unsealed through one monsoon season can become a pothole by the following summer. Durable patching removes loose material to stable base instead of covering the depression with a thin surface repair.
Faded stalls, fire lanes, arrows, and accessible markings make circulation less clear and can expose a property to compliance concerns. A restriping scope verifies layout requirements before applying fresh traffic-grade markings.
Every project follows a documented sequence from site review and planning through base work, hot mix placement, compaction, and final inspection. The exact scope depends on existing pavement condition, subgrade, traffic, drainage, access, and weather.
We review traffic patterns, delivery routes, drainage, existing damage, and geotechnical conditions. Expansive and caliche-heavy soils receive particular attention because they can require additional base support.
The plan coordinates drive aisles, stalls, accessible paths, drainage slopes, tenant access, signage, and temporary parking. Before ground disturbance, crews address City of Phoenix Street Transportation permitting and Maricopa County Air Quality Department dust-control requirements as applicable.
Cold planers remove deteriorated pavement where resurfacing or reconstruction requires it. For new or full-depth work, crews clear vegetation and old material until the prepared area is ready for base construction.
We install an aggregate base course typically 4 to 8 inches deep, depending on expected traffic load. Vibratory compaction brings the base to 95 percent or greater density before asphalt placement.
Hot mix asphalt arrives at 275-300 degrees Fahrenheit and is placed in controlled lifts. Steel-wheel and pneumatic rollers compact the mat immediately while infrared thermometers help crews monitor the shrinking temperature window.
Crews check smoothness, verify slope with a level or laser, and inspect joints and edges before sign-off. The completed surface then receives the approved stall, fire-lane, directional, and accessible striping layout.
Tell Phoenix Asphalt Co. about your property, traffic demands, access concerns, drainage issues, and existing pavement condition. We can review whether the appropriate scope is new paving, repair, milling, resurfacing, protective maintenance, or restriping.
These answers cover contractor qualifications, timelines, pavement structure, costs, maintenance, repairs, and striping for commercial asphalt projects in Phoenix.
Call Our Paving TeamLook for an active Arizona Registrar of Contractors license, appropriate insurance and bonding, commercial project experience, and a written estimate. Ask the contractor to explain base depth, compaction testing, drainage, equipment, and completed work in Phoenix conditions before you sign.
A typical lot between 20,000 and 50,000 square feet takes one to three weeks from milling or excavation through base compaction, paving, and striping. Scope, weather, access, phasing, and existing pavement conditions can change the schedule.
We typically design a minimum 1-2 percent grade toward catch basins. The layout should move water away from foundations, loading areas, and low spots where standing water could soften the subgrade.
The aggregate base course is typically 4 to 8 inches deep, depending on expected traffic load and subgrade conditions. It is compacted to 95 percent or greater density before any asphalt is placed.
Hot mix asphalt arrives at 275-300 degrees Fahrenheit and must be compacted while the mat remains workable. Rollers and infrared thermometers help crews manage that temperature window in Phoenix heat.
An overlay suits pavement with a worn surface but a base that still has structural integrity. Deep alligator cracking, widespread base failure, or persistent standing water usually calls for milling and full-depth replacement instead of covering the underlying problem.
Commercial asphalt paving generally runs $4 to $10 per square foot depending on thickness and site conditions. A 2-inch overlay on a sound existing parking lot typically runs closer to $1.44 to $1.63 per square foot.
A properly built and maintained lot can last 20 to 30 years. A low-cost job without proper base work or maintenance may need resurfacing or replacement in only 5 to 7 years.
Phoenix Asphalt Co. recommends sealcoating every 2 to 3 years for most commercial lots. The coating slows oxidation and helps resist gas and oil penetration under year-round sun exposure.
Cracks should be addressed while they are still under a quarter-inch wide and before water reaches the base. Hot-pour rubberized sealant flexes with temperature changes and helps prevent a small crack from developing into wider pavement failure.
Crews cut a clean square around the damaged area, remove loose material down to stable base, and compact new hot mix asphalt in the void. This full patch restores the failed area instead of placing a thin cover over unstable material.
A commercial striping plan can include stalls, fire lanes, directional arrows, accessible spaces, van-accessible spaces, paths of travel, and required signage. Counts, dimensions, and layout should align with Americans with Disabilities Act and Manual on Uniform Traffic Control Devices requirements.
Asphalt paving can be stable because pavement needs installation, repairs, resurfacing, sealcoating, crack sealing, and restriping throughout its service life. Profitability still depends on equipment, labor, material, scheduling, and project-management costs, so it varies by contractor and market.