Durable, smooth, and built for Utah’s freeze‑thaw climate.
We provide professional asphalt paving for driveways, private roads, parking lots, and new construction sites. Our process includes proper grading, a stable aggregate base, and hot‑mix asphalt installed at the correct thickness for your traffic load. The result is a smooth, long‑lasting surface that drains correctly and resists cracking.

Ideal for:

New driveways

Parking lots

Private roads

Commercial & industrial sites

Protect your asphalt from sun, water, and seasonal damage.
Sealcoating is one of the most effective ways to extend the life of your pavement. We apply commercial‑grade sealcoat that shields asphalt from UV rays, oxidation, water intrusion, and freeze‑thaw cycles.

Built for Utah:
Our locally manufactured sealcoat blends include aggregate for skid resistance, acrylic polymers to reduce tire scuffing, and enhanced chemical and water resistance. All products are non‑hazardous and environmentally safe.

Cure time:
Stay off the newly sealed surface for at least 24 hours — ideally 48 — for full curing

Stop water before it destroys your pavement.
Crack sealing prevents water from reaching the base layer — the leading cause of pavement failure. We seal cracks and expansion joints where asphalt meets concrete aprons, curbs, and other surfaces to protect against erosion and freeze‑thaw damage.

Why hot‑applied sealant works best:
Hot‑pour sealant bonds stronger than cold‑pour products and performs better in high‑traffic areas. Applied near 300°F, it forms a flexible, watertight bond that expands and contracts with the pavement.

Fix pavement damage early and extend the life of your asphalt.
We repair potholes, cracks, and worn asphalt surfaces using durable patching methods designed for smooth drivability and long‑term performance. Early repair prevents potholes, sinkholes, and structural failures caused by water reaching the base layer.

Long‑lasting results:
For maximum durability, we recommend sealing repaired areas to protect against moisture, UV exposure, and future cracking.