Leverage our expertise in engineering, prefabricating, and installing Cold-Formed Steel (CFS) framing.
Cold-Formed Steel (CFS) is a lightweight, strong, and versatile material used in low to mid-rise buildings. It offers durability, recyclability, and compliance with modern building codes.
CFS offers strength, resistance to rot and pests, design flexibility, and ease of compliance with energy and structural codes. Its lightweight nature simplifies transport and installation.
Energy codes require thicker continuous insulation, influencing framing techniques, cladding attachment, and fastener selection to ensure compliance with thermal performance standards.
CFS is recyclable and generates less waste during construction. Its long lifespan and energy-efficient potential contribute to sustainable building solutions.
Lateral forces, such as those from wind, require proper bracing and strategic hold-down placements to maintain structural stability without unnecessary cost.
When attaching cladding, ensure that fasteners accommodate the increased thickness of continuous insulation. Special framing and fastening techniques may be needed for heavy cladding materials.
MS Building Systems offers expert guidance, educational resources, and personalized project assistance to help clients address design challenges and meet energy and structural standards efficiently.
Effective sound attenuation for CFS subfloors involves increasing subfloor mass, optimizing joist spacing, using resilient channels, and incorporating vibration breaks. These steps help minimize airborne and impact sound transmission.
Vibration breaks prevent sound transmission through continuous structural elements by interrupting pathways like joists and subfloors, improving sound insulation.
CFS trusses are lightweight, pre-engineered framing components made from cold-formed steel. They are durable, versatile, and ideal for mid-rise and multi-family construction, offering design flexibility and lifecycle cost savings.
Yes, CFS trusses are highly customizable and can accommodate complex geometries, including pitched roofs, vaulted ceilings, curved roofs, and cantilevers. They support architectural creativity and structural efficiency.
Yes, CFS trusses contribute to energy efficiency by enabling durable building enclosures with reduced greenhouse gas emissions. They also offer extra space within roof cavities for utilities, enhancing energy-efficient designs.
Although the initial cost may be slightly higher than wood, CFS trusses can offer significant savings over time due to reduced maintenance, fewer callbacks, faster construction, and lower insurance costs.