12' x 8' Reinforced High-Strength Concrete Blast Wall (20,000 lb)
The High-Mass Wide-Coverage Perimeter Defense & Security System
When unparalleled ground-level stability and extreme mass are required to stop severe threats, our high-strength 12-foot Reinforced Concrete Blast Wall delivers uncompromising protection. Engineered with a heavy-duty 8-foot base footprint and an ultra-dense 20,000-pound overall weight, this high-mass freestanding panel is specifically designed to absorb massive kinetic impacts, anchor firmly against extreme overpressure, and instantly contain high-velocity fragmentation without shifting.
The 12' x 8' Blast Wall is military-grade Ultra-High-Performance Concrete (UHPC) at 12,000 PSI., this cost effective precast wall will meet exact engineering and safety requirements without the need for expensive time-consuming poured-in-place anchoring.
Key Features
Tongue and Groove Interlocking System: Engineered with precision tongue and groove edges, allowing each panel to lock together securely. This creates a remarkably tight, gap-free fit that ensures continuous structural integrity and eliminates vulnerabilities across the entire perimeter line.
Extreme 20,000 lb Mass & Wide Footprint: The 8-foot width and massive 20,000-pound high-strength configuration provide incredible deadweight anchoring, maximizing the center of gravity for absolute freestanding stability against vehicular ramming or immense blast overpressure.
100% Made in the USA & BABA Compliant: From the initial pouring of the concrete to the steel reinforcement, every component is rigorously sourced and produced domestically, ensuring seamless procurement for federally funded security, DOT, and DOD projects under the Build America, Buy America (BABA) Act.
Freestanding Stability: Designed to be completely self-supporting, allowing for rapid installation, temporary staging, or permanent placement without deep ground excavation.
Heavy Steel Matrix Reinforcement: A dense internal domestic steel rebar cage prevents structural fragmentation and maintains wall integrity under intense explosive impacts.
Swift Lift System Integrated: Cast-in quick-connect anchors ensure rapid, highly secure, and safe handling. This system allows the heavy precast elements to be repeatedly handled with speed and economy during installation or staging reconfigurations.
Product Specifications
| Specification | Detail |
| Category | Blast Wall |
| Dimensions | 12 ft H x 8 ft W |
| Weight | 20,000 lbs (High-Strength Configuration) |
| Concrete Strength | 12,000 PSI |
| Material | Domestic steel-reinforced precast concrete |
| Joint System | Tongue and Groove Interlock |
| Compliance | 100% Made in USA, BABA & Berry Amendment Compliant |
| Design Type | Freestanding Blast Barrier |
| Handling System | Swift Lift System Pin Anchors |
Nationwide Heavy-Haul Logistics & Site Rigging
Transporting dense, 20,000-pound high-performance concrete blast walls requires specialized heavy-load equipment and meticulous logistics planning. We provide turnkey, coast-to-coast heavy-haul transport to ensure your perimeter defense arrives safely and exactly on schedule.
Specialized Fleet Deployment: To safely manage the immense 10-ton weight of each individual high-strength panel, we utilize custom flatbed and step-deck heavy-haul configurations to safely support and distribute the payload across state lines and ensure legal road limits.
Swift Lift Rigging System: To offload, maneuver, and set these massive 20,000-pound elements, the panels utilize the Swift Lift System. This integrated, quick connect-disconnect system allows the precast concrete to be handled repeatedly with maximum speed, mechanical safety, and economy. The matching lifting eyes attach to the cast-in anchors instantly, providing a secure hold that will not slip during heavy crane operations.
Just-in-Time Site Coordination: Our logistics dispatchers coordinate directly with your on-site rigging crew and crane operators. We synchronize arrival times to eliminate crane downtime, optimize site flow, and ensure a seamless, safe offloading sequence.
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