Roman Stone is advancing mobile precast manufacturing by bringing production of its EZ-KEY Precast Duct Bank System closer to major infrastructure jobsites. Following a large-scale Ohio project, the company is mobilizing its manufacturing operation for a new Texas deployment. EZ-KEY replaces traditional cast-in-place electrical duct banks with factory-produced precast sections designed for faster installation, greater consistency and reduced field labor. Localized production can also minimize freight challenges while maintaining controlled manufacturing standards.
For Roman Stone, moving manufacturing capabilities between project locations creates a flexible model for serving utility, energy, transportation and data center developments nationwide. Producing components nearer to customers can lower logistical costs and help contractors manage increasingly demanding construction schedules. The Texas deployment also demonstrates how Roman Stone can replicate its production model across different markets, potentially supporting national expansion as investment in large-scale electrical infrastructure continues.
Image Credit: Roman Stone Construction Co.
Key Themes Behind This Trend
- Mobile Precast Production
- Relocatable manufacturing units are reshaping infrastructure supply chains by enabling standardized concrete components to be produced closer to active jobsites.
- Localized Infrastructure Supply
- Nearby component fabrication reduces freight complexity and creates new value around faster delivery, lower logistics costs and more resilient project execution.
- Modular Utility Construction
- Factory-made duct bank systems introduce consistency and speed into electrical infrastructure projects traditionally dependent on labor-intensive field casting.
Where This Applies
- Construction
- Large-scale contractors can benefit from precast systems that compress installation timelines while improving quality control across complex infrastructure builds.
- Energy Infrastructure
- Grid modernization and electrification projects create demand for repeatable utility components that support faster deployment of high-capacity electrical networks.
- Data Centers
- Rapid campus expansion depends on scalable power infrastructure, making localized precast production valuable for meeting aggressive construction schedules.
