The ironridge flashfoot2 features a redundant sealing method where the actual seal is made a full 1 above the shingle and then fully encapsulated.
Ironridge flashfoot2 roof flashing.
The flashing has a 9 x 12 footprint which minimizes interference with roofing nails and features alignment markers to help speed up installation by quickly aligning the flashing with pilot holes.
The unique water seal design is both elevated and encapsulated delivering redundant layers of protection against water intrusion.
The ironridge flat roof attachment combines a high strength cast aluminum base with a 16 point fastening pattern to enable the widest range of design options on low sloped roofs.
Ironridge flashfoot2 raises the bar in solar roof protection.
We demonstrate how the flashfoot2 works and how it compares with the original flashfoot or flashfoot1.
Flashfoot2 is the newest addition to the ironridge flush mount system.
We design and manufactures structural hardware for residential and commercial solar systems.
In addition the twist on cap perfectly aligns the rail attachment with the lag bolt to maximize mechanical strength.
Drill 1 4 pilot holes then fill with roofing manufacturer s approved sealant.
Introducing the ironridge flashfoot2 we are here today to introduce the new ironridge flashfoot2 flashing system for mounting your solar power system on a shingled roof.
In addition the twist on cap perfectly aligns the rail attachment with the lag bolt to maximize mechanical strength.
Ironridge flashfoot2 raises the bar in solar roof protection.
Available in mill and black finishes.
Compatible with most common roofing materials to ensure a system that is easy to integrate down to the deck.
Tape measure chalk line stud finder roofing bar caulking gun driver with 1 4 bit and 7 16 hex socket.
Locate rafters and snap vertical and horizontal lines to mark flashing locations.
See how the flashfoot2 works and how it compares with ironridge s previous version of th.
We introduce the ironridge flashfoot2 solar mount flashing solution.
