What Drives Type B Metal Deck Installation Costs in Florida?
Installation cost depends on crew labor rates, crane or lift time, the fastening pattern (welds or screws per the engineer), sidelap fastening, roof size and shape, openings, and site access. Florida wind design often adds fasteners at roof edges and corners. Get installed prices from your erector; we reduce field labor by supplying Type B cut to length with an optimized cutting list.
Labor cost drivers
- Fastening: number of welds or screws per sheet at each support, set by the engineer for wind uplift and diaphragm shear.
- Sidelaps: our catalog notes sidelap fastening is generally not required for spans under 5'-0"; over 5'-0", fasten at midspan or every 36", whichever is smaller.
- Roof complexity: openings, curbs, slopes and changes in gauge zone.
- Hoisting: crane or lift time and how the bundles are staged on the frame.
- Access, height and schedule constraints on the site.
How the supply side lowers labor
Sheets cut to match the framing reduce field cutting and waste. Type B's 36" coverage puts down more area per sheet than narrower profiles, and accurate shop drawings let crews set sheets in sequence. Ordering sump pans and other accessories with the deck avoids extra trips.
We supply material and do not install; send plans and we will quote the deck so your erector can price the labor.
Related Questions
Does Miami Metal Deck install deck?
We are a supplier. We provide takeoffs, shop drawings, cutting lists and delivered material. Installation is done by your steel erector or deck installer, who prices labor based on the fastening pattern and site conditions. We can share the cutting list with your erector.
Why do roof corners need more fasteners?
Wind uplift is highest at roof edges and corners. Engineers often tighten the fastener pattern or increase gauge in those zones, which adds labor. Our catalog shows typical fastener layouts for 36" coverage (36/7, 36/5, 36/4, 36/3); the engineer selects the pattern.