Welcome back! You are now signed in.
You have been logged out due to inactivity
Please enter the email address you used to create the account. We'll send you a link that lets you create a new password.
Please check your email. Click the link in the email to create a new password.
Success! Your password has been updated.
Success! Your password has been updated.
USG Structural Panel Concrete Roof Deck
USG Structural Panel Concrete Roof Deck
Choose USG Structural Panel Concrete Roof Deck for a dry construction method that avoids moisture related risks inherent in poured concrete roof decks.
When Corporate Contractors, Inc. (CCI), took up the installation of USG Structural Panel Concrete Roof Deck they both simplified and sped up their work flow vs. traditional methods and products. See how CCI’s framing crew made use of USG support services during the installation of this mid-rise roof deck.
A dry construction method that delivers strength and wind uplift performance normally sought in poured concrete decks.
A single layer roof deck solution with simple screw fastener panel assembly for both low- and steep-slope designs.
Roof assembly installation can occur immediately following the installation of our roof deck panels.
A lighter weight solution than poured concrete that can reduce the use of steel in the overall structure.
The only noncombustible Structural panel sheathing in accordance with the FM standard 4472 for use in low- and steep-slope roof systems.
Cure Time | Dry Time | Weight |
---|---|---|
0Days to Cure | 0Days to Dry | 5PSF |
Cure Time | 0Days to Cure | |
Dry Time(Approx) | 0Days to Dry | |
Weight(Approx) | 5PSF |
Cure Time | Dry Time | Weight |
---|---|---|
28Days to Cure | 82Days to Dry1, 2 | 50PSF4 |
Cure Time | 28Days to Cure | |
Dry Time(Approx) | 82Days to Dry1, 2 | |
Weight(Approx) | 50PSF4 |
Cure Time | Dry Time | Weight |
---|---|---|
28Days to Cure | 160Days to Dry1, 3 | 30-40PSF4 |
Cure Time | 28Days to Cure | |
Dry Time(Approx) | 160Days to Dry1, 3 | |
Weight(Approx) | 30-40PSF4 |
1. Research conducted by CTL Group as reported in the Portland Cement Association, Engineering Bulletin 119 (2008): page 42. Print.
2. 100 mm (4 in.) thick cast on two layers on 6-mil LDPE vapor retarder, moist cured for one week with burlap and plastic sheets, then air dry to 75% RH at 50 mm (2 in.).
3. 88 mm (3.5 in.) thick cast on top a 50 mm (2 in.) ribbed steel deck, moist cured for one week with burlap and plastic sheets, then air dry to 75% RH at 50 mm (2 in.).
4. Weight based upon 4" thick concrete slab.
Thanks! Someone will get back to you shortly