Roof Edge Coping No Show

Half way covered by the coping miter.

Roof edge coping no show.

This juncture is the most susceptible to wind uplift failures and moisture infiltration. Simplify your projects and save money with aluminum coping systems. On the opposite side a continuous copper edge strip is attached to the coping and the lower edge is bent to form a drip. Seal all cap to splice junctions with non hardening sealant by installer.

Stop ice dams by shoveling snow off roof eave edges. Inside you ll find test methods to determine wind resistance of fascia and coping. How to seal the edge of a roof. Drip edge or edge metal is a piece of metal that extends approximately 0 75 inch beyond the roof s edge to channel runoff into your gutters.

The majority of roof damage created by high velocity winds is initiated at the perimeter or corners of the building and infiltrates throughout the field of the system. The roof composition flashing extends up the cant strip over the coping and part way down its face under the copper flashing. It also has a built in formed gravel stop. A ventilated roof will prevent ice dams ice dam myth 3.

The most critical point of the roof assembly is the roof edge. Dmi metals offers edge metal coping systems for roofing contractors and installers. The roof side of the copper is cleated to the nailable cant strip. This detail shows a flat built up roof joining a lower pitched roof.

Flat to sloped roof with gravel stop. As an integral part of the home s envelope sealing the edge of. To install it slide the flat wide flange underneath. Here the flashing extends a maximum 4 under the built up roofing.

Do not nail joint splices. Ice dam myth 1 you need to heat the roof several feet up from the edge ice dam myth 2. Place a joint splice on the wall at each end of the coping miter approx. A roof s main purpose is to protect the structure and all the belongings that lie beneath.

Metal edging along roof eaves prevents ice dams and roof damage ice dam myth 4.