High Winds
High Winds | Roofing Done Right | Roofing | La Follette
When La Follette’s mountain winds start howling, HEP is the crew homeowners trust to keep every shingle locked tight. Our specialized high-wind installations combine premium materials, hurricane-rated fasteners, and time-tested craftsmanship to create a barrier that stands up to gusts, driving rain, and flying debris. From the first inspection to the final nail, we communicate clearly, work cleanly, and treat your property like it’s our own—because that’s roofing done right.
Backed by local experience and a lifetime workmanship guarantee, we resolve storm damage, upgrade aging roofs, and boost curb appeal in a single swoop. Whether you’re tucked along Norris Lake or downtown on Central Avenue, HEP delivers prompt service, fair pricing, and peace of mind long after the storm clouds pass. When the wind kicks up in La Follette, you’ll rest easy knowing your home is protected by the team that defines roofing done right.
FAQs
What wind speeds can your high-wind roofing systems in La Follette withstand?
Our standard high-wind roofing assemblies are engineered and installed to resist sustained winds of up to 130 mph, with optional upgrades that meet or exceed 150 mph ratings. These ratings comply with the latest International Residential Code (IRC) guidelines adopted by Campbell County and are verified through third-party laboratory testing and on-site quality checks.
How do you secure shingles and other materials to prevent wind uplift?
We use a multi-layered approach: 1) a mechanically fastened or self-adhered waterproof underlayment, 2) six-nail fastening patterns on architectural shingles (versus the typical four nails), 3) ring-shank or hurricane-rated nails for superior pull-through resistance, 4) high-tack sealant strips that bond each shingle course together, and 5) metal starter strips and drip edges anchored with corrosion-resistant fasteners. This system locks the roof deck, underlayment, and surfacing materials into a single, wind-resistant assembly.
Are there special building codes or permits required for high-wind roofs in La Follette?
Yes. Campbell County follows the 2018 IRC with local amendments that specify enhanced fastening patterns, minimum nail penetration depths, and approved underlayments for homes located in wind Zone 1 (>115 mph). When you hire us, we handle the entire permitting process, ensure plan review approval, schedule inspections, and provide the municipality with manufacturer compliance letters so your roof fully meets or exceeds code.
Can you assist with insurance claims if my current roof was damaged by wind?
Absolutely. Our team includes certified inspectors who document storm damage with photographs, drone footage, and moisture-meter readings. We create a detailed scope of loss using industry-standard Xactimate software, meet with the adjuster on-site, and advocate for full-code upgrades such as ice-and-water shield and ridge ventilation. This streamlines the claim, reduces out-of-pocket costs, and ensures your new roof is restored to high-wind specifications.
What roofing materials do you recommend for La Follette’s high-wind conditions?
For sloped roofs, we recommend Class 4 impact-rated architectural shingles with reinforced nail zones, standing-seam metal panels with concealed clips, or stone-coated steel shingles. Flat or low-slope sections benefit from TPO or modified bitumen systems with perimeter enhancements. All options come with manufacturer warranties of 30–50 years and meet ASTM D3161 Class F (110–150 mph) or UL 580 Class 90 uplift ratings.
How often should my roof be inspected and maintained to stay protected against strong winds?
Schedule a professional inspection at least once a year—preferably each spring—and immediately after any severe wind event (>60 mph gusts). Routine maintenance includes resealing exposed fasteners, clearing debris from valleys and gutters, checking ridge vents, and tightening or replacing any lifted shingles. This proactive care extends the life of your roof, keeps warranties valid, and prevents minor wind damage from escalating into costly leaks.