Una Clad Uc 14 Roofing Panel

Firestone una clad uc 4 roofing panel is a patented self locking architectural standing seam metal roof panel that completely eliminates the need for clips.

Una clad uc 14 roofing panel.

An optional thermally applied pre assembly in seam sealant is available. The firestone una clad uc 9 roofing panel is a factory formed architectural standing seam metal roof panel with a proven 1 5 tall continuous interlocking seam that snaps together for ease of installation. These systems can accommodate complex architectural geometry and are eligible for redshield warranty protection. This design allows for expansion and contraction caused by natural elements to provide a virtually leak proof roof with exceptional uplift ratings.

The una clad uc 3 uc 4 uc 6 uc 6 hd and uc 14 metal roofing systems are also eligible for the 30 year platinum warranty. Firestone una clad uc 6 double lock standing seam roofing panel utilizes the proven seaming process of pittsburgh locking in conjunction with the floating action of a concealed clip assembly. Firestone una clad uc 14 roofing panel is a factory formed continuous interlocking concealed clip architectural standing seam metal roof panel with a proven seam design that snaps together for ease of installation. The minimum slope requirement for a firestone red.

Select uc roofing system panels are also backed by firestone s red shield warranty coverage when used in an architectural application. The 1 38 1 mm high panel seams snap together for easy installation. Firestone s warranted una clad roofing panels uc 3 uc 4 uc 6 and uc 14 are high quality candidates for architectural enhancements to any metal roofing application. No mechanical seaming tools or clips required.

The system which may be covered by a our 30 year platinum warranty uses a concealed clip fastening system for added protection. Deflection requirements shall be in accordance with the asce 7 or as a. Roof panels shall be free to move in response to the expansion and contraction forces resulting from temperature variation as specified in the mbma metal roofing systems design manual.