Phoenix Asphalt Co. provides asphalt paving in Tempe, Arizona, for residential and commercial properties. Our work includes parking lot paving, driveway paving, asphalt repair and maintenance, resurfacing, and overlays. We also handle sealcoating, crack sealing, pothole repair, milling and removal, and parking lot striping. Each scope is planned around the property's base condition, drainage, traffic loads, and intended use.
Tempe pavement faces summer surface temperatures that regularly pass 160°F, 100-degree afternoons, and intense monsoon runoff. Heat accelerates binder oxidation, while short, heavy storms expose low spots and unsealed joints. We address those conditions with site-specific grading, compacted base preparation, controlled hot-mix placement, and sealed transitions. Phoenix Asphalt Co. carries Arizona Registrar of Contractors licensing and the insurance coverage described for residential and commercial paving work.
Crews serve Tempe from the ASU and Mill Avenue corridors to Papago Park, Tempe Town Lake, the Kyrene corridor, Tempe Marketplace, and Priest Drive. Projects are also taken on in Mesa, Chandler, Phoenix, Scottsdale, Guadalupe, and across Maricopa County.
Choose the paving scope that matches the surface, base, and traffic demands of your property. From new pavement to preventive maintenance, each option below addresses a distinct stage in an asphalt surface's service life. For regional property owners, Phoenix Asphalt Co. also handles asphalt projects in Phoenix and the other surrounding cities named in our service area.
Coordinate new paving, repair, resurfacing, sealcoating, crack sealing, pothole work, milling, and striping through one Tempe asphalt team. The recommended scope starts with the pavement's present condition and the loads it must carry.
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New asphalt installation begins with drainage planning, grading, and a properly compacted aggregate base. Binder and hot-mix surface courses are placed and compacted as separate lifts before joints and transitions are sealed.
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For alligator cracks, edge failures, and localized damage, the failed asphalt is cut back to sound material. Any compromised base is rebuilt before hot mix is tied into the surrounding surface.
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Preventive maintenance combines timely crack sealing, sealcoating, and pothole repair to keep water out of the base. Staying ahead of small defects helps avoid the cost and disruption of premature reconstruction.
Full-depth replacement is appropriate when widespread failure reaches the base and a surface repair would only hide the underlying problem. The old material is removed so drainage, grade, and structural support can be corrected before repaving.
A pavement inspection reviews existing drainage, soil type, surface condition, joint quality, and expected vehicle loads. Those findings help distinguish a maintainable surface from one that needs base repair, resurfacing, or replacement.
Residential paving includes new driveway installation, resurfacing, and repair for cracking or settling. Base depth and asphalt thickness are matched to soil conditions and the vehicles that will use the driveway.
Commercial paving serves retail centers, industrial facilities, office parks, multifamily properties, and other high-use lots. Thickness, base depth, striping, and work phases are planned around delivery trucks, forklifts, customers, tenants, and daily operations.
When a severe pothole or pavement collapse creates an immediate traffic concern, restrict access until the failed area can be assessed. The appropriate scope may be a hot-mix patch, base reconstruction, or broader replacement; service availability is confirmed when you call.
Asphalt estimates are built around site access, base condition, drainage correction, removal needs, pavement thickness, and current material pricing. After a site visit, Phoenix Asphalt Co. provides a written scope so the work behind the number is clear.
The right paving plan depends on what is happening at the surface and below it. Phoenix Asphalt Co. evaluates base stability, drainage, traffic, property use, access, and budget before recommending repair, overlay, new paving, or full replacement.
A worn top layer over a sound base may be suited to resurfacing, while saturated or unstable support calls for deeper reconstruction. Inspection of cracks, settlement, and failed edges helps locate how far the damage extends.
Low spots, irrigation overspray, and poorly sealed transitions let water reach the base during Tempe's short, intense storms. The paving plan should establish positive slope toward drains and away from garage slabs, curbs, and vulnerable edges.
A residential driveway, customer parking area, forklift route, and delivery-truck lane place different demands on the pavement. Base depth and asphalt thickness should reflect actual vehicle weights and traffic frequency instead of a one-size specification.
Localized failure can often be cut out and patched, and a deteriorated surface over an intact base may accept an overlay. Widespread base failure, poor grade, or extensive removal needs can make full-depth replacement the more durable choice.
Base asphalt material typically runs $1 to $5 per square foot before installation, while installation can add $3 to $10 per square foot. Site access, excavation, base repair, drainage correction, and required thickness determine where a specific Tempe project falls.
Commercial lots may need work scheduled around business hours or divided into phases when a full closure is not practical. Residential estimates also account for equipment access, removal routes, and the space available for grading and compaction.
Heat, UV exposure, monsoon runoff, heavy traffic, and unstable base conditions show up in recognizable pavement symptoms. An inspection can separate a surface-level maintenance need from damage that has reached the supporting layers.
Request EstimateArizona UV exposure dries asphalt binder and leaves the surface brittle. Loose aggregate, fading, and fine cracks can signal oxidation that maintenance should address before the damage becomes structural.
Monsoon water moves through open cracks and joints, softening the base beneath the driving surface. Ponding and recurring wet spots often point to slope, drain-elevation, or sealing problems that need correction.
Interconnected alligator cracks usually indicate that support under the asphalt has weakened, while edge cracks can trace drainage or load problems near the pavement boundary. Durable repair requires cutting back to sound material rather than covering the pattern.
Potholes form after water penetrates a crack, weakens the base, and repeated traffic collapses the unsupported surface. Repair should remove failed material and compact the support below the hot-mix patch.
Expansive clay soils in parts of Tempe can contribute to movement and uneven pavement, while areas near the Salt River bottom present added drainage concerns. Depressions, cracked transitions, and recurring settlement call for a base and grading assessment.
Sun-faded stall lines, fire lanes, accessible spaces, and arrows reduce visibility and can create circulation or compliance concerns. Restriping with traffic paint rated for Arizona UV exposure restores a clearer parking layout.
Phoenix Asphalt Co. plans residential and commercial pavement around Tempe's climate, soils, runoff, traffic, and property access. The same core standards apply from a single-family driveway to a multi-acre commercial lot: define the load, prepare the base, control placement, compact each lift, and inspect the finished work.
Local planning reflects conditions that change across downtown Tempe, the ASU and airport corridors, south Tempe, and properties near the Salt River. Estimates account for expansive soils, drainage exposure, adjacent uses, and the traffic each site actually carries.
Phoenix Asphalt Co. carries Arizona Registrar of Contractors licensing and maintains the insurance coverage needed for residential and commercial work. Project planning can also address City of Tempe permitting and Maricopa County Air Quality Department dust-control requirements when the scope calls for them.
Crews test compaction and monitor asphalt mix temperature during placement instead of estimating by eye. Final review covers surface grade, drainage slope, joint quality, and any striping included in the scope before the project is completed.
Residential driveways and commercial lots follow the same controlled sequence, adjusted for the site's size, pavement condition, and traffic. Each step protects the next, from drainage planning and base support through final grade and joint review.
The evaluation documents existing drainage, soil type, pavement condition, access, and the loads the finished surface must carry. Those findings define whether the job calls for repair, resurfacing, removal, or new paving.
Old asphalt or concrete is removed when the scope requires access to failed material below. Milling can also lower a worn surface near curb lines and drains while preserving stable supporting layers.
The site is graded and sloped for positive water flow before base material is placed or rebuilt. Sub-base preparation and proof rolling confirm that the pavement structure has uniform support.
A binder course establishes structural support before the hot-mix asphalt top layer is placed. Mix temperature is monitored so the material can be compacted effectively within its working window.
Vibratory rollers compact each lift to the density needed for long-term durability. Seams and transitions are sealed because those interfaces are especially vulnerable to water intrusion.
The finished pavement is checked for surface grade, drainage slope, compaction, and joint quality before it opens to traffic. If striping is included, paint is applied after the asphalt has cured enough to prevent tracking, followed by a scope review with the owner or manager.
Case Study 1: Residential driveway: New paving, repair, or resurfacing is selected after checking the base, drainage away from the garage, and expected vehicle loads. The final plan sets thickness and preparation to match the site.
Case Study 2: Commercial parking lot: Retail, industrial, office, and multifamily sites are planned around truck routes, customer access, drainage, phased closures, and a clear final striping layout.
Case Study 3: Mill-and-overlay project: Where the base remains stable, milling can correct surface elevations before a new asphalt lift restores a smoother driving and walking surface without full-depth reconstruction.
Tell Phoenix Asphalt Co. about the property type, pavement condition, drainage concerns, traffic, and access. A site visit allows the team to define the preparation, materials, thickness, phasing, and maintenance considerations in a written estimate.
Use these answers to compare paving scopes, maintenance timing, costs, local requirements, and the conditions that affect asphalt performance in Tempe. A site assessment is still needed to turn general ranges into a property-specific written estimate.
Call Our Paving TeamA 20x20 driveway covers 400 square feet and typically falls between $1,600 and $3,200 installed. Base condition, required excavation, drainage correction, site access, and asphalt thickness-usually 2 to 3 inches for a residential driveway-determine the final number. Phoenix Asphalt Co. provides a written estimate after a site visit.
Width changes the total area: a 10-foot-wide, 200-foot driveway is roughly 2,000 square feet, while a 12-foot-wide drive is about 2,400 square feet. At typical installed rates of $4 to $8 per square foot for straightforward residential paving, many 200-foot driveways fall between $8,000 and $19,000. Significant base repair, grading, or drainage work can move the total higher.
Current material pricing is only one part of an estimate. Site access, removal, excavation, base repair, drainage correction, pavement area, asphalt thickness, traffic requirements, and final striping can all change the scope. Resurfacing or an overlay usually costs less than full-depth reconstruction when the existing base is sound.
Asphalt roads are engineered for an expected service life of about 13 to 17 years, and private pavement performance depends on many of the same fundamentals. Base depth, compaction density, mix temperature at placement, drainage, traffic, and timely maintenance determine whether a surface reaches the longer end of its expected life.
Resurfacing is a fit when the top layer is deteriorated but the supporting base remains sound. A typical overlay adds 1.5 to 2 inches of asphalt and can provide another 8 to 12 years of service when paired with routine maintenance. Widespread base failure or major grade problems point toward deeper reconstruction instead.
Sealcoating is recommended every 2 to 3 years in Arizona's high-UV environment. That maintenance cycle renews a protective layer against oxidation, oil exposure, and water intrusion, but existing failures should be repaired before coating.
Cracks should be addressed before monsoon water reaches the base. Openings under a quarter inch can be hot-poured with rubberized sealant, while wider cracking or movement may call for an assessment of the surrounding pavement and support.
Potholes develop when water passes through a crack, softens the base, and traffic collapses the unsupported asphalt above it. A lasting repair removes failed material, compacts new base where necessary, and fills the cut with hot mix rather than relying on a temporary cold patch.
The base depth and asphalt thickness are designed around actual loads from customers, delivery trucks, forklifts, and other site traffic. Phoenix Asphalt Co. follows Maricopa Association of Governments (MAG) Standard Specifications for commercial subgrade compaction and asphalt placement, while slope directs water toward drains.
Milled material can be reused as reclaimed asphalt pavement (RAP) instead of being sent to a landfill. National Asphalt Pavement Association data reports more than 101 million tons of RAP reused nationally in a single recent year. Milling can also correct elevations at curbs and drains before new asphalt is placed.
New construction and major reconstruction can fall under the City of Tempe Development Services Department for permitting. Larger commercial demolition or milling may also need to comply with Maricopa County Air Quality Department dust-control rules. The exact requirements depend on the project's location and scope.
Work begins with assessment, removal where needed, grading, and base preparation. Crews then place the binder and hot-mix layers, compact each lift with vibratory rollers, seal joints, and inspect the final surface grade and slope. Striping follows after the pavement has cured enough to hold paint without tracking when it is included in the scope.
Yes. Commercial work can be scheduled around business hours and divided into phased sections when a full lot closure is not practical. The plan should account for tenant access, delivery routes, customer parking, curing, and striping before each area returns to use.
Service in Tempe includes downtown and Mill Avenue, the ASU campus area, Papago Park, Tempe Town Lake, the Kyrene corridor, Tempe Marketplace, Priest Drive, Riverview, and neighborhoods toward Guadalupe. Phoenix Asphalt Co. also takes on projects in Mesa, Chandler, Phoenix, Scottsdale, Guadalupe, and elsewhere in Maricopa County.
Tempe's 2020 population was 180,587, and pavement carries dense daily traffic around ASU, the airport corridor, offices, retail, and established neighborhoods. Surface temperatures can exceed 160°F before monsoon runoff tests every low spot and joint. The City of Tempe's Pavement Management Program uses a Pavement Quality Index scored from 0 to 100 to prioritize street resurfacing through 2028; private projects likewise benefit from a condition-based scope instead of a generic paving plan.