High Winds
High Winds | Metal Roofing | Roofing | Rutledge
When Rutledge skies start whipping up their notorious gusts, homeowners turn to HEP’s high-winds specialists for rock-solid protection. Our metal roofing systems are engineered to lock tight against fierce updrafts, sideways rain, and hail, giving your property a sleek new look while keeping every shingle of peace-of-mind firmly in place. From precision-rolled panels to hurricane-rated fasteners, every component is chosen for one reason: to outlast Tennessee weather without breaking a sweat—or your budget.
Backed by decades of local experience, we handle everything from honest estimates to spotless clean-ups, so you can focus on enjoying the view instead of worrying about the roof. Whether you’re upgrading an aging home or starting fresh with new construction, HEP delivers craftsmanship that speaks for itself. Call today and discover how effortless long-term security can be when Rutledge’s wind-tested experts are on your side.
FAQs
Why is metal roofing a smart choice for homes and businesses in Rutledge’s high-wind zone?
Metal panels are interlocked and fastened to the roof deck with specialized screws and clips, creating a continuous, rigid surface that resists uplift far better than individual shingles or tiles. In wind-prone Rutledge, a properly engineered metal roof can withstand gusts exceeding 140 mph, reducing the risk of blow-offs, water intrusion, and costly storm repairs.
What wind-resistance ratings do your metal roofing systems carry?
Our standing-seam and metal shingle systems are tested to UL 580 and UL 1897 standards and meet Miami-Dade TAS 125, meaning they’re approved for some of the toughest hurricane zones in the country. Depending on the panel profile you choose, the assemblies are rated for ASTM wind uplift pressures ranging from −90 psf to −120 psf, translating to 140–170 mph wind speeds, well above Rutledge’s typical design requirements.
How is a metal roof installed to ensure it can handle extreme wind uplift?
First, we inspect the existing decking and add screws or replace sheathing where needed so the substrate meets modern code. Next, we apply a high-temperature ice-and-water underlayment that self-seals around fasteners. Panels are then secured with concealed stainless steel clips or exposed fasteners set in pre-punched rib holes at manufacturer-specified spacing—often 12" on-center in edge and corner zones. Finally, we use continuous Z-closures and butyl sealant at ridges, hips, and eaves to lock out driven rain and prevent panel flutter.
Can installing a high-wind-rated metal roof lower my homeowner’s insurance in Rutledge?
In many cases, yes. Insurers reward risk reduction, and a metal roof’s Class 4 impact rating, Class A fire rating, and high wind-uplift certification significantly cut the likelihood of claims. Local carriers in Grainger County have been known to offer premium discounts of 5–15 % for verified metal roofing installations. We supply the certification paperwork and permit documents your insurer needs to process the credit.
Will a metal roof be louder than shingles during strong winds or heavy rain?
Not when installed over solid decking with attic insulation. Modern metal panels sit on plywood or OSB, underlayment, and sometimes a slip sheet, all of which absorb sound. Studies show the decibel difference between asphalt shingles and standing-seam metal over decking is less than 6 dB—about the difference between a quiet library and a whispered conversation. Most homeowners notice no increase in indoor noise, even during Rutledge’s blustery spring storms.
What maintenance should I perform on my metal roof after a high-wind event?
Generally, metal roofs require little upkeep, but after severe winds you should: 1) visually check for displaced ridge caps or trim, 2) clear branches or debris that could scratch the finish, 3) verify gutters and downspouts remain attached and free-flowing, and 4) schedule a professional inspection if you see loose fasteners or sealant gaps. Because panels are interlocked, isolated fastener issues can usually be tightened without replacing sections, keeping maintenance costs low.