Shoring
Safe excavation depends on reliable ground support—and that’s where professional
shoring systems are critical. At
Concrete Pro Dallas, we deliver engineered shoring solutions
designed to
stabilize soil, prevent cave-ins, and protect
workers, equipment, and surrounding structures during deep foundations,
trenching, and utility installations.
The images above showcase heavy-duty trench shoring panels secured with steel
and hydraulic struts. These systems are
vital for projects involving unstable soil conditions or deep excavations,
keeping trench walls fully supported
throughout construction. From installation to removal, Concrete Pro
Dallas
prioritizes safety, precision, and full code
compliance on every shoring project.
General Question
Why is shoring necessary?
Shoring is essential to prevent trench and excavation wall collapse, protect workers, and safeguard nearby structures during deep digs. At Concrete Pro Dallas, our engineered shoring systems ensure maximum safety and stability on every project.
What types of shoring systems do you install?
We install a variety of shoring solutions, including hydraulic shoring, steel struts, trench boxes, and custom engineered bracing systems. Each system is designed to provide maximum stability based on soil conditions and excavation depth.
Where is shoring most commonly used?
Shoring is typically used in deep foundations, utility installations, drainage systems, and large excavations—anywhere soil stability is critical. Concrete Pro Dallas ensures walls remain fully supported throughout the construction process.
Do you provide engineered shoring plans?
Yes. Our team develops detailed, code-compliant engineered shoring plans tailored to project specifications. Concrete Pro Dallas ensures every shoring system is designed for safety, efficiency, and long-term stability.
Benefits of Shoring
- Safeguards workers, equipment, and nearby structures during deep excavation work
- Prevents trench and excavation wall failures by maintaining stable soil conditions
- Utilizes engineered hydraulic and steel bracing systems for maximum stability and load control
- Ideal for utility installations, foundation work, drainage systems, and large-scale excavations