Asphalt is often preferred because it is cost-effective, flexible in changing weather conditions, and easier to maintain compared to concrete.
Under normal conditions, asphalt pavement typically lasts 10–20 years depending on traffic, climate, drainage, and maintenance.
Asphalt pavement is typically made of asphalt cement mixed with aggregates such as stone, sand, and gravel.
Most asphalt paving projects should be completed when temperatures are at least 50°F and rising for proper compaction and curing.
Most new asphalt surfaces can be driven on after approximately 24 hours. During very hot weather, additional curing time may be recommended.
Yes. Asphalt is one of the most recycled paving materials and is commonly reused in future asphalt mixes.
Yes, but it is not always recommended because movement in the concrete can cause reflective cracking in the asphalt overlay.
Signs of asphalt damage include:
Potholes form when water weakens the asphalt base and traffic breaks apart the pavement surface.
Common causes include:
Alligator cracking is usually caused by structural base failure or aging asphalt that has become brittle.
The two most common asphalt repair methods are:
The right repair depends on pavement condition and severity of damage.
Patching repairs localized damage, while resurfacing adds a new asphalt layer over a larger area.
Parking lots should be inspected annually and maintained regularly with crack filling and sealcoating to help extend pavement life.
Most projects can be phased to minimize disruptions and maintain safe access during construction.
Sealcoating helps protect asphalt from water, oxidation, UV damage, and oil exposure while improving appearance.
Sealcoating is preventative maintenance, while resurfacing installs a new asphalt layer to repair worn pavement.
No. Cracks should first be repaired with crack filler before sealcoating is applied.
Most sealed asphalt surfaces should remain closed to traffic for approximately 24 hours.
No. Newly paved asphalt should generally cure for about one year before sealcoating.
Sealcoating is typically best performed during warmer months when temperatures remain above 50°F.
Crack filling helps prevent water from entering the asphalt base and causing larger pavement failures.
We provide commercial concrete services including:
Concrete commonly cracks due to shrinkage, temperature changes, ground movement, or improper jointing.ion to prevent cracking and the subsequent need concrete crack filler or concrete crack repair.
Concrete deterioration is often caused by freeze-thaw cycles and exposure to de-icing chemicals or salt.
Pedestrian traffic is typically allowed within 12–24 hours, while vehicle traffic usually requires about seven days.
DDR stands for Full Depth Reclamation, a process used to stabilize failing pavement systems.
No construction method is guaranteed, but stabilization is often a cost-effective alternative to full replacement.
Yes. Cement stabilization can create dust during installation until materials are fully mixed and compacted.
A petroleum-based binding material used in asphalt pavement mixtures.
Stone, gravel, and sand materials used in asphalt pavement.
The compacted crushed stone layer beneath asphalt pavement that provides structural support.
The process of compressing paving materials to improve strength and stability.
The prepared soil beneath a pavement system that supports the structure above it.
Cracks that appear in asphalt overlays because movement from the old pavement transfers upward.
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