IMETCO recently introduced IntelliWrap™ PR permeable, self-adhering roofing underlayment to provide a water- and air-tight vapor-permeable barrier for a variety of roofing systems, including but not limited to standing seam metal, slate tile, clay tile, and cedar shingle roofs.

Reoccurring roof leaks were becoming a problem with the original standing seam metal roof at this hub of activity. The project required 4,600 linear feet of Roof Hugger’s Model T, a 4-1/2-inch-tall sub-purlin for typical 24-inch on-center rib trapezoidal standing seam panel.

S-5! standing seam clamps have earned Florida Product Approvals for High Velocity and Hurricane Zone—marking a significant achievement in the rigorous realm of construction product approvals and permitting processes in the U.S.

AEP Span has expanded its portfolio to include On-Site Roll Former capabilities. This mobile solution brings the metal roofing manufacturing process directly to a job site, enabling the continuous fabrication of Span-Lok™ hp metal roofing for long-length panel applications.

Trap-Tee is designed to resolve the three major shortcomings of trapezoidal standing seam roof systems: leaking end laps, low wind-uplift capability and difficult to repair.

S-5! announced another “first”: it is the first and only company to receive an Evaluation Report (ER) from the International Association of Plumbing and Mechanical Officials (IAPMO), certifying its snow retention systems’ compliance with Evaluation Criteria (EC) 029-2018 for Standing Seam Metal Roof-Mounted Rail-Type Snow Retention Systems.

In an effort to avoid a stoppage in production, sub-purlins were installed on the damaged roof and attach a new metal roofing system to those sub-purlins.

A dramatic entry that adopts vertically hung standing-seam metal panels – more commonly seen on roofs, not walls – as both exterior cladding and an interior design element for the soaring lobby.

Modern-Rib from McElroy Metal combines the economics of an exposed fastener panel along with major ribs that simulate the aesthetics of standing seam panels.

The project initially required the removal of 25,000 cubic yards of rock and dirt and used 90,000 square feet of flagstone, 10 carloads of cement, 800 tons of quarried stone and 30,000 pounds of reinforced steel.