Find top rated metal roofing installers and replacers in your area

Metal shake roofing systems provide 50 to 75 years of service, substantially outlasting conventional roofing materials. By comparison, asphalt shingles need replacement after 15 to 30 years, while traditional wood shakes last 20 to 40 years when properly maintained. Your climate, installation quality, and maintenance practices all influence the actual lifespan you'll experience.

Metal shingle roofs need minimal maintenance compared to other roofing materials. Annual visual inspections, clearing debris from valleys and gutters, checking for loose fasteners, and addressing any coating damage comprise the basic maintenance routine. Unlike wood shakes that require regular treatments against rot and insects, metal shake systems maintain their integrity with simple preventative care.

Properly installed metal shake roofs with solid decking and quality underlayment produce minimal noise during precipitation. The textured surface of metal shakes disperses raindrops more effectively than flat metal panels, reducing sound transmission. Adding insulation during installation further minimizes noise concerns, making modern metal shake systems comparable to traditional roofing in terms of acoustics.

Whether metal shake roofing can be installed over existing shingles depends on local building codes, structural considerations, and manufacturer specifications. While overlay installation potentially reduces tear-off costs, it requires careful evaluation of the roof deck's condition and load capacity. Many professionals recommend complete removal of old materials to ensure proper installation and identify any hidden damage.

Metal shake roofing excels in extreme weather conditions, with superior resistance to high winds, hail impact, heavy snow loads, and wildfire exposure. The interlocking design helps prevent wind uplift, while the durable metal composition withstands impacts that would damage conventional materials. In snowy regions, the smooth surface allows snow to slide off more readily, reducing structural stress and ice dam formation.