Standing Seam Metal Roof Slope Transition

Ideal for the residential industry lokseam creates a unique design that will endure for decades.

Standing seam metal roof slope transition.

Double lock seam symmetrical seam one piece snap lock interlock and two piece snap lock interlock. You ll have a steeper part of your roof turning into a lower slope so there s a steeper pitch up top and a lower pitch on the bottom. Prices promotions styles and availability may vary by store and online. Mbci manufactures quality standing seam metal roofing panels that are lightweight and last up to 60 years.

Therefore the quantity shown may not be available when you get to the store. We need to do something where that change happens so the panels can go down and water can come off hit the lower slope and come off the roof. The most common flashing for standing seam roofing is the ridge cap which is used at the peak of a roof where two opposing roof slopes join and attaches to the roof with z flashing. As you can see from illustration the roof changes pitch at the porch from a 9 12 to a 3 12 pitch.

Standing seam panels offer sleek lines that create a modern look. We re going to do a pitch transition or change. Low slope roofs are not totally flat their roof slope generally ranges from 1 4 12 to 3 12. Colonial seam continuous standing seam metal roof panel with an integral seam.

There are four basic standing seam metal roof panel styles. Available in a wide variety of colors including metallic the lokseam standing seam metal roofing panel adds beauty and longevity to your home. The minimum slope for lapped non soldered seam metal roofs without applied lap sealant shall be three units vertical in 12 units horizontal 25 percent slope. The minimum slope for lapped non soldered seam metal roofs with applied lap sealant shall be one half unit vertical in 12 units horizontal 4 percent slope.

Clipless one piece positive locking standing seam panel that provides a timeless roof appearance. Low slope metal roofs require less material which reduces the overall load on the building s structure.