With our high-tech building system, it’s all about speed. Ready-to-assemble building components arrive on schedule and can be constructed 40-60 percent faster than traditional wood framing methods–saving you time and money.
Simple to Use
Interior and exterior building components are manufactured with the aid of cutting-edge technology and controlled factory conditions, including wall systems, roof systems and floor systems. All components are loaded and shipped directly to the job site. The Wallpanel™ System are made from structural light-gauge steel framing, and foam insulation is easily set in place with minimum man power and labor time.
Higher Quality at Lower Costs
With improved quality and quicker on-site construction time often comes greater material costs. Not in our case. Our high-tech building system is very competitive with traditional construction methods, in most cases beating the competition hands down. When you consider the cost reduction in terms of construction time, reduced chance of theft, fewer weather delays, less on-site waste, improved energy efficiency, and less skilled labor, the bottom-line savings and overall costs are immense.
The pre-engineered panel system is made in a controlled environment. Meticulous quality control measures eliminate waste while satisfying all code requirements and manufacturer specifications. Unlike traditional construction methods that allow up to 1 ½-inch on-site dimensional variance, we utilize a system that delivers top-grade precision on both commercial and residential projects.
The strength and zero fire spread protection of the high-tech building system offers significant advantages over traditional stick-frame, wood SIPs and basic steel framing. The galvanized steel is placed in the foam via our patented cut-in process. This provides a very strong wall assembly, greatly reducing potential bending and twisting of the stud while providing additional strength.
The insulated wall system provides a better overall air tightness and thermal control. It significantly reduces conductivity through the wall’s design and thermal break. This prevents extreme temperature loss or gain and greatly increases the sound transmission class rating of the wall assembly.