FAQs

Let’s Pave performs comprehensive pre-construction evaluations (including soil stability and drainage assessments), selects customized asphalt mixes, and monitors temperature and compaction during installation to guarantee optimal density. Final inspections confirm the pavement meets performance standards.

We use real-time temperature and compaction sensors to ensure consistent asphalt performance and reduce the risk of premature failures.

Onsite nuclear density gauges measure compaction, thermal imaging verifies temperature consistency, and core samples are tested in labs to validate mix quality.

Our team reviews geotechnical reports to adjust mix design and compaction methods based on soil type, moisture, and expected load, optimizing durability and lifespan.

Proper soil and drainage analysis ensures a stable base, prevents water infiltration, and guides grading plans—critical factors for preventing pavement failure.

Concrete deterioration often results from freeze-thaw cycles, chemical exposure, heavy loads, and poor drainage. Prevention includes using proper mix designs, catching and repairing damage early, and maintaining effective drainage.

We employ phased work schedules and coordinate closely with facility managers to perform repairs during off-peak business hours, minimizing operational impact.

Regular cleaning, joint sealing, prompt crack and spall repairs, and protecting surfaces from harsh chemicals and heavy equipment can significantly increase concrete longevity.

Chemicals can degrade concrete, while freeze-thaw causes cracking. Mitigation includes using resistant concrete mixes, proper drainage, and routine maintenance.

Regular maintenance like crack sealing, sealcoating, and striping slows deterioration, reduces the need for expensive repairs, and preserves asset value.

Maintenance is best planned during off-peak hours or scheduled downtimes to minimize disruption and maximize safety.

Crack sealing prevents water intrusion, sealcoating protects against environmental damage, and striping enhances safety and traffic flow—all preserving pavement integrity.

Untreated cracks allow water to seep in, causing base erosion, potholes, and accelerated pavement failure that results in costly repairs.

We assess crack size and pavement condition; small working cracks are sealed, while large or interconnected cracks may require asphalt R&R or resurfacing.

Early crack sealing blocks water and debris, slowing deterioration and extending pavement life, saving time and repair costs.

Sealcoating forms a protective barrier against UV rays, water, oil, and chemical spills, preventing oxidation and surface degradation.

The pavement must be thoroughly cleaned, cracks sealed, and fully dried before sealcoat application to ensure strong adhesion and durability.

Sealcoating is best applied during warm, dry months, typically spring or early fall, to ensure proper curing and long-lasting protection.

We adhere to ADA, MUTCD, and local regulations to ensure all markings meet accessibility, safety, and traffic management standards.

Clear, durable markings guide drivers and pedestrians, reduce accidents, optimize parking use, and improve overall site navigation.

ADA-compliant striping ensures accessibility for all users, reduces liability, and meets legal requirements.

Maintaining catch basins prevents water accumulation under pavements, which can cause erosion and structural failures, avoiding costly repairs and operational delays.

Look for standing water, sinking or cracked pavement near basins, clogged grates, and foul odors.

Effective drainage removes water that can weaken pavement base layers and cause cracks, potholes, and early pavement failure.