Driveways
Wide, durable driveways that withstand heavy vehicles, freeze-thaw cycles, and daily use. Our post-tension technology prevents cracking and settling.
- Heavy-duty construction for vehicles
- Wide format options
- Slope and drainage management
- Post-tension durability
- Custom finishes available
Patios
Beautiful outdoor living spaces for entertaining and relaxation. Custom designs with decorative options that combine beauty with post-tension strength.
- Custom design and layout
- Stamped and decorative options
- Integrated lighting ready
- Fire pit area preparation
- Durable post-tension construction
Why Post-Tension Concrete?
Utah's freeze-thaw cycles destroy standard concrete. Post-tension technology uses high-strength steel cables to compress concrete, preventing cracks and extending lifespan by decades.
Standard Concrete
Vulnerable to Utah winters
- •Cracks from freeze-thaw cycles
- •Shorter lifespan (10-15 years)
- •Expensive repairs needed
- •Surface deterioration
Post-Tension Concrete
Built for Utah's climate
- ✓No cracking from freeze-thaw
- ✓Extended lifespan (30+ years)
- ✓Lower lifetime cost
- ✓Resort-quality durability
How Post-Tension Works
Think of it like lacing up a tennis racket—tight strings keep the surface strong and ready to play.
We pour a thick concrete base, just like making a giant pancake that covers your yard.
Before it dries, we slide super-strong steel cables through tubes inside the concrete.
Once the concrete hardens, we pull the cables tight—like tightening strings on a tennis racket.
The tight cables keep the slab squeezed together, so cracks can’t open even when it freezes and thaws.
Keeps the concrete pulled tight like a racket string.
Where each cable locks into place at the slab edges.
The squeezed-in force that stops cracks from opening.
Freeze-Thaw Protection
Withstands 90+ freeze-thaw cycles per Utah winter
Longer Lifespan
Decades of crack-free performance guaranteed
Resort Quality
Same technology used in luxury developments
Lower Lifetime Cost
Minimal maintenance and repair expenses
How It Works
Think of post-tension cables like the strings on a tennis racket—they keep everything tight and stable. High-strength steel cables are threaded through the concrete, then tensioned after it cures. This compression prevents cracks from forming, even under extreme temperature changes and heavy loads.