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Apply self-adhesive flashing over top edge of the wall flashing, diverter, and housewrap
Continuous L-metal flashing integrated with underlayment at roof-wall intersections
Existing wall-to-lower roof transition retrofitted with a new strip of fully adhered air control transition membrane, new step flashing, new roof underlayment, and new cladding
Existing wall-to-lower roof transition with a new strip of fully adhered air control transition membrane, new step flashing, new roof underlayment, and new cladding – view from eave
Existing wall-to-lower roof with attic transition with a new strip of fully adhered air control transition membrane, new step flashing, new roof underlayment, and new cladding – view from eave
High winds pulled the asphalt shingles and sheathing panels off this coastal home, although storm shutters protected the windows
Ice dams form when warmth from the attic causes roof snow to melt and flow to roof eaves where it refreezes at the colder overhang and forms a buildup of ice causing more snowmelt to puddle where it can wick back through shingles and leak into the attic
Improper flashing can allow rain water into walls, causing significant damage
Install shingle starter strip then kick-out diverter; attach to roof deck but not sidewall
Place first shingle and next section of sidewall flashing over upper edge of diverter
Provide flashing and sealing integrated with the air and water control layers for vents and other roof penetrations
Right - Counterflashing tops a layer of step flashing which comes down above the asphalt shingle and a layer of L-shaped base flashing which comes down and extends below the shingle; the base flashing is adhered to the roof underlayment with mastic, shown
Right - Step flashing along a chimney is integrated in a layered manner with asphalt shingle roofing and topped with counterflashing that is embedded into brick mortar joint above
Right – A chimney cricket is installed and flashed to direct rainwater around the chimney
Right – House without gutters has waterproof liner, drain tile, and gravel bed extending more than 5 feet from foundation
Right – If drip edge flashing is installed over fully adhered roof membrane at eaves, use flashing cement to seal the upper edge of the flashing
Right – Install asphalt shingles over a starter strip set in an 8-inch strip of flashing cement
Right – Rain barrel installed with an overflow spout terminating at least 5 feet from foundation
Right – Start asphalt shingle installation with a starter strip set in an 8-inch strip of flashing cement
Right – The downspout pipe is far enough away from the foundation to prevent moisture problems
Right – The downspout terminates into a catchment system that moves water away from the foundation of the house
Right – The ridge flashing is secured with two rows of fasteners on each side of the ridge line
Right – The water-resistant barrier is layered over the step flashing to provide a complete drainage system
Right – There is a properly installed and layered self-sealing bituminous membrane at the roof penetration
Right – There is a self-sealing bituminous membrane installed at the valley of the roof prior to the roof felt
Right – This low-slope flat roof assembly has continuity of both the air and water barriers
Right – This low-slope roof and parapet assembly has continuity of both the air and water barriers
Right – Under metal roofing, sheathing is protected by metal edging over a fully adhered membrane and a slip sheet of loose laid building paper
Step 1. Apply roof underlayment over roof deck and up the sidewall over the rigid foam insulation
Step 2. Install shingle starter strip then kick-out diverter as first piece of step flashing.
Step 4. Install remaining sidewall flashing, appropriate counter flashing, and shingles
Step 5. Apply self-adhesive flashing over top edge of the wall flashing, diverter, and rigid foam insulation