Metal Roof Configurations

The chord size and web configuration are determined by span load and spacing.

Metal roof configurations.

34mm metal roof sheet profile. Before making a decision that will impact your home s curb appeal and durability it s a good idea to learn a bit more about the most popular roof types. 13 5 3 corrugated metal roofing. All truss designs are optimized to provide the most economical configuration for the specific application.

More importantly this integral roof accessory provides critical protection in conjunction with metal roofing panels to strengthen and seal the entire roof. Some common trusses are named according to their web configuration such as the king post fan fink or howe truss. The many reasons for a worker needing to get to the roof include access to hvac suites solar panel arrays and elevator housings. 38mm metal roof sheet profile.

24mm metal roof sheet profile. Standing seam batten seam or through fastened. Access to roof hatches is becoming a necessity for most industrial buildings. Capacity for gauge span or loading other than those tested is permitted to be determined by interpolating between test values only.

Common industrial metal stair configurations. 32mm metal roof sheet profile. Only specifying a concealed fastened metal roof eliminates the problems of fastener back out and or fastener hole elongation. Metal roof panel systems shall be tested in accordance with astm e1592 for negative loading.

Metal roofing trim can give homes a finished polished appearance with contrasting colors and interesting shapes. It is most often used for roof construction. There are three roof configurations available for selection when installing a metal roof. Big 6 corrugated metal roofing.

Metal roof panel systems shall have a maximum air infiltration rate of 0 007 cfm ft. The method of fastening the panels together determines the cost the appearance and the durability of the joints. Use either a sealant between metal members secured by a weatherseal fastener or crimping the seam to permanently prevent any differential movement between metal surfaces involved.