Frequently Asked Questions

Milling removes the damaged section completely so new asphalt bonds to solid material underneath. Patching over compromised asphalt allows water to infiltrate the weak layer beneath, causing the patch to sink or crack within a season. Northern Utah's freeze-thaw cycles accelerate this failure when water gets trapped under patches.

Temperature swings cause asphalt to expand and contract repeatedly, opening cracks that let moisture penetrate. Water freezes in those cracks, expands, and breaks the asphalt apart from underneath. This cycle repeats all winter, turning small surface cracks into structural failures that need milling and replacement rather than simple patching.

Pulling removes the entire stump and root ball, eliminating regrowth and leaving solid ground for grading or construction. Grinding leaves roots in place, which decay over time and create settling problems. For building sites or areas needing stable soil, full removal prevents future settlement and eliminates hidden obstacles during excavation.

May through October provides the temperature window seal coating needs to cure properly. Applications need 50+ degree nights and 24 hours without rain for the coating to bond. Outside this window, northern Utah's cold nights prevent proper curing, and the coating wears off prematurely instead of protecting the surface.

Underground gas, electric, water, and fiber lines aren't always where property maps show them, and hitting one causes service disruptions, safety hazards, and expensive repairs. Utility companies mark actual line locations for free within 48 hours. Even shallow digging for grading or pad prep can hit lines buried at non-standard depths.

Clay expands when wet and contracts when dry, shifting graded surfaces over time if drainage isn't established correctly. Mountain runoff saturates clay soil in spring, and without proper slopes water pools instead of draining. Grading needs to account for this movement by establishing grade before material placement and using base layers that don't shift.

Surface cleaning removes oil, debris, and vegetation that prevent coating adhesion. Cracks get filled so the seal coating bonds to solid asphalt rather than bridging gaps. Without cleaning and crack prep, the coating peels off in strips instead of forming a protective layer, wasting the application.

Ten tons covers the fuel and equipment cost for hauling bulk aggregate to job sites. Smaller loads make delivery uneconomical since the truck, driver, and fuel cost the same whether hauling two tons or ten. Material gets dumped where the truck can reach or moved to final location depending on site access.

Owned backhoes, skid steers, and dump trucks eliminate rental scheduling conflicts and daily fees, allowing flexible response when weather windows open or materials arrive. During busy seasons, rental equipment books weeks out. Ownership means projects start when conditions are right rather than when rentals become available.

Frost heave lifts walls without proper foundation depth below the frost line, and soil movement pushes walls forward when drainage doesn't relieve pressure behind them. Walls need foundation excavation below frost penetration and drainage installation to prevent water from freezing behind the wall and creating expansion pressure.

Road base creates a stable, compacted layer that doesn't settle unevenly like native clay soil. Northern Utah's clay soil shifts with moisture changes and frost penetration, cracking concrete poured directly on it. Proper base preparation with road base and compaction prevents the pad from developing low spots or cracks as soil beneath shifts.

Some properties need plowing at light accumulation to maintain access, while others wait for heavier snowfall to reduce service costs. Freeze-thaw patterns matter — cleared snow that melts during the day and refreezes at night creates liability. Service customization depends on property use, traffic volume, and whether preventing ice formation outweighs plowing frequency costs.