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Yes, typically the conversion process from block/wood to light gauge steel is seamless. Impact to the Architectural design is typically zero to minimal, while most of the structural plans need to be completely replaced in most cases, except for the foundation related elements. This process can be performed by your KRATOS™ building partner or the current Architect/Engineering team, whichever makes the most sense. If we do the work, it is performed by a team of designers, detailers, and structural engineers under our guidance, and can take anywhere from a few weeks to few months, depending on type, size, and complexity of the project. The conversion process is executed in the initial phase of the project once under contract, and access to the CAD files is required. If your current Architect/Engineering team is going to do the conversion, we will provide them with the necessary orientation and CAD details to execute the work.
When insulating an exterior wall, building codes are now requiring continuous insulation on the exterior of the studs to reduce the effect of thermal bridging. As the energy and building codes continue to become more stringent, aiming to create more environmentally sustainable “green” buildings, the application and thickness of the continuous installation has increased. Although wood, block, concrete, and steel are all impacted, the requirements can be higher for steel framing. The KRATOS™ Building solution is a patented technology where the exterior insulative sheathing is adhered to the steel frame in a continuous manner, and without any mechanical fasteners. Since the direct connection of the steel frame, and the fasteners from the exterior face to the frame are eliminated, a true thermal break is achieved. In addition, the exterior continuous insulative sheathing thickness is adjustable so any R-value requirement can be achieved. Another major and often overlooked benefit is the elimination of the thousands of fasteners, resulting in less material, labor, and holes in the entire exterior wall surface, thus reducing the risks of future leaks, providing enormous benefits to both the builder and the owner.