Interested in a Steel Framed Home?

Custom Steel Framed Homes

Light Steel Framing is the superior choice for high-quality residential construction. LifeSpan® Homes Steel framing offers a strong, stable, durable framing alternative that does not decay or age as quickly as traditional wood or glued wood composites. Steel doesn’t warp or expand, and it can withstand extreme events like hurricanes and earthquakes because it’s flexible and can bend without cracking. Manufactured in a factory and framed on-site, steel framing can be engineered to accommodate essentially any structural need.

What we do

Design & Build Custom Steel Framed Homes That…

Light Steel Framing is Wind & Hurricane Resistant

RESIST HURRICANES & EARTHQUAKES

Steel is an inherently stable & ductile material, making it the optimal material to withstand such major events as earthquakes, hurricanes, & high wind.

RESISTS MOLD GROWTH & ROT

Unlike wood framing, light steel framing is inorganic, does not retain water and won’t provide a source for mold and mildew to grow.

Light Steel Framing is Pest & Termite Resistant

PREVENTS TERMITES & PEST DAMAGE

Termites represent a significant threat to the long-term resilience of a building throughout most of the U.S. Light Steel Framing is one of the few materials that can resist termites in nearly any climate.

DOES NOT BURN

Light Steel Framing does not burn and will not contribute to the spread or intensity of a fire. The performance of steel components and steel structures in fire has been researched more extensively than any other building material.

Light Steel Framing is Corrosion Resistant

Longevity

Light Steel Framing does not rot and the protective zinc coating on it will last nearly 700 years before the level of corrosion resistance deteriorates the material.

Low Maintenance Cost for Life

Light Steel Framing has the highest strength-to-weight ratio of any building system. This means longer spans for more open floor plans, reduced foundation requirements, offering both flexibility and savings in design of the overall structure.