Frequently Asked Questions

Nevada's temperature swings cause water in concrete pores to freeze and expand, then thaw and contract repeatedly. This cycle creates internal pressure that cracks standard mixes. Mix designs tailored for freeze-thaw cycles use air entrainment and specific ratios to withstand expansion without structural damage.

Stamped concrete uses textured mats pressed into wet surfaces to mimic stone or tile patterns. Exposed aggregate removes the top cement layer to reveal decorative stone embedded in the mix. Stamped offers more pattern variety, while exposed aggregate provides natural texture and better slip resistance in wet conditions.

Structural concrete is necessary when building foundations, retaining walls over four feet, or any load-bearing element requiring engineered plans. These projects need reinforcement calculations, compressive strength specifications, and compliance with building codes. Standard flatwork like patios and walkways doesn't carry structural loads.

Rock-based zeroscaping eliminates mowing, fertilizing, and regular irrigation that grass and plantings require. Ground cover and dry river beds need minimal upkeep beyond occasional weeding and rock repositioning. In Northern Nevada's climate, this approach cuts water use dramatically while preventing erosion on sloped properties.

Pavers require excavation, base preparation, edge restraints, sand leveling, and individual placement, making labor costs higher than poured slabs. However, pavers allow access to utilities without visible repairs, handle freeze-thaw movement better, and offer design flexibility. Concrete costs less upfront but repairs leave permanent patches.

The existing surface gets cleaned and profiled to create texture for bonding. A polymer-modified overlay layer between one-quarter and three-eighths inch thick is troweled over the old concrete. This process restores worn surfaces and allows new color or texture without full replacement, provided the base is structurally sound.

Walls over four feet tall, walls supporting slopes with structures above them, or walls on poor soil typically require engineering. Local building departments mandate calculations for lateral earth pressure, drainage design, and reinforcement placement. Engineered plans ensure the wall won't fail under soil movement or water pressure.

Design-build covers conceptual renderings showing layout and materials, construction drawings with dimensions and specifications, and HOA submittals if required. One team handles design revisions, permitting, material sourcing, and construction sequencing. This eliminates coordination between separate designers and contractors, streamlining decisions and accountability.

Concrete withstands extreme temperature swings, UV exposure, and moisture without the grout maintenance tile requires or the cracking risk granite faces during freeze-thaw cycles. Custom pours create seamless surfaces sized exactly to the layout. Sealed concrete resists staining from grease and weather while handling direct heat from grills.

Apply epoxy after concrete fully cures, typically 28 days for new slabs, and when temperatures stay above 50 degrees during application and curing. Existing floors need repairs to cracks and delamination before coating. Epoxy bonds best to profiled surfaces, so grinding or acid etching prepares the concrete for adhesion.

Acid stains chemically react with calcium in concrete, creating translucent, variegated tones that vary based on the concrete's mineral content. Water-based stains use pigments that penetrate pores uniformly for consistent, opaque color. Acid stains offer unique depth but limited color range, while water-based stains provide broader color options with predictable results.

Remove existing grass, plants, and organic material down to stable soil. Grade the area for drainage away from structures and compact a base layer of decomposed granite or crushed rock. Install weed barrier fabric before laying turf to prevent growth through seams. Proper base compaction prevents settling that creates uneven surfaces.