Frequently Asked Questions

High UV exposure and extreme surface temperatures soften asphalt binder, accelerating oxidation and cracking. Orlando's heat cycles expand and contract pavement daily, stressing the surface layer. Proper mix design with heat-resistant additives and timely sealcoating extend life by reducing UV penetration and thermal stress.

The process begins with site assessment and removal of existing asphalt if needed. Base preparation follows—grading and compaction to support heavy traffic loads. Fresh asphalt is applied in layers, compacted while hot, then finished with line striping and sealcoating once cured.

Sealcoat new asphalt 6-12 months after installation, once volatile oils cure out. Reapply every 2-3 years depending on traffic volume and sun exposure. Florida's wet season and UV intensity degrade unsealed surfaces faster than northern climates, making regular maintenance critical for extending pavement life.

Commercial lots endure constant heavy vehicle loads, turning movements, and daily thermal cycling from full sun exposure. These conditions demand thicker asphalt layers, denser compaction, and aggregate mixes engineered for load distribution. Residential driveways see lighter use and can use thinner applications.

UV oxidation breaks down asphalt binder, making the surface brittle. Daily thermal expansion and contraction stress the pavement, while seasonal rain infiltrates small cracks and weakens the base layer. Poor base prep or inadequate compaction accelerates failure, especially under heavy traffic.

Base preparation determines load distribution and drainage performance. Poorly compacted or thin base layers shift under traffic, causing surface cracks and depressions. Central Florida's wet season requires adequate base depth and grading to prevent water infiltration, which weakens both base and asphalt layers over time.

Resurfacing applies a new asphalt layer over structurally sound existing pavement, addressing surface wear without base work. Full replacement removes old asphalt, rebuilds the base if compromised, and installs fresh pavement. If cracks are widespread or the base has failed, resurfacing only delays bigger problems.

Intense UV exposure and surface heat degrade paint pigments rapidly. Traffic wear compounds fading, especially in high-turnover lots. Thermoplastic striping lasts longer than standard paint but costs more upfront. Re-striping every 18-24 months maintains visibility and ADA compliance in harsh sun conditions.

Verify the contractor handles base prep, compaction, and finish work in-house rather than subcontracting critical steps. Ask how they adapt mix design for Florida heat and wet weather. Licensed, insured operators with multi-year local track records show process consistency and accountability for commercial-scale projects.

Asphalt requires dry conditions for proper compaction and curing. Daily afternoon storms during wet season create scheduling delays and can compromise quality if installation is rushed. Spring and fall offer more predictable weather windows, reducing project interruptions and ensuring optimal compaction before traffic resumes.

Existing asphalt is excavated using heavy equipment, then hauled off-site. The exposed base is evaluated for stability—damaged areas are re-graded and compacted before new pavement installation. Removal creates a clean foundation for lots with extensive cracking, base failure, or drainage issues that resurfacing can't fix.

Multi-tenant sites require phased installation to minimize tenant disruption and maintain access during construction. Traffic flow, ADA-compliant striping, and coordinated utility work add complexity. These projects demand contractors who manage scheduling, code compliance, and durability standards for properties serving multiple businesses simultaneously.