Frequently Asked Questions

Metal roofing outlasts asphalt by decades and reflects solar heat, which reduces cooling costs in Texas summers. Asphalt shingles cost less upfront but require replacement every 15-20 years, while metal roofs last 40-70 years. If you plan to stay in your home long-term or face frequent hail, metal provides better lifetime value.

Tarping prevents rainwater from entering through damaged areas, which stops interior damage to ceilings, insulation, and belongings. It also stabilizes the roof deck until permanent repairs happen and provides documentation for insurance claims. Tarps are temporary—they buy time but aren't a repair solution.

Hail bruises asphalt shingles by fracturing the protective granules, which exposes the underlying mat to UV degradation and moisture infiltration. Metal roofing dents but doesn't lose protective layers, while tile may crack on impact. Asphalt damage often isn't visible from the ground but shortens roof lifespan significantly.

Inspections assess shingle condition, flashing integrity, ventilation adequacy, and signs of storm damage like granule loss or cracked tiles. The inspection includes attic checks for leaks or moisture, gutter evaluation, and documentation for insurance if storm damage is present. You receive a written assessment with repair or replacement recommendations.

Flat roofs hold standing water in low spots, which accelerates membrane deterioration and creates leak points at seams. TPO and EPDM systems require regular inspections to catch punctures, UV breakdown, and seam failures before water penetrates. Preventative maintenance extends flat roof lifespan by addressing small issues before they require full replacement.

Both terms describe the same product—multi-layered shingles that create depth and shadow lines, unlike flat three-tab shingles. Architectural shingles are thicker, last longer (25-30 years vs. 15-20), and offer better wind resistance. They cost more upfront but provide superior durability and curb appeal.

Contractors document damage with photos and measurements, meet with adjusters during inspections, and provide detailed repair estimates that match insurance scope requirements. They identify damage the adjuster may miss and help homeowners understand policy coverage. This ensures claims reflect actual repair costs and reduces out-of-pocket expenses.

Isolated damage from a fallen branch or small leak often qualifies for repair if the surrounding shingles match and remain in good condition. If damage is widespread, shingles are discontinued, or the roof is over 15 years old, partial repairs create mismatched appearances and don't address underlying wear. Age and damage extent determine the most cost-effective approach.

Chimney leaks stem from deteriorated flashing—the metal barrier between masonry and roofing that expands and contracts with temperature changes. Flashing separates from the chimney or develops gaps where water seeps through. Repairs involve removing surrounding shingles, installing new step and counter flashing, and sealing with high-grade caulk.

Seamless gutters eliminate joints where sectional systems leak, which is critical during heavy downpours common in North Texas. Fewer seams mean less maintenance and no separation points where debris clogs or water overflows. They're custom-formed onsite to exact measurements, ensuring proper pitch and drainage away from the foundation.

Metal roofing reflects solar radiation and stays cooler than asphalt, which absorbs heat and degrades faster under constant UV exposure. Tile roofing provides thermal mass that insulates against temperature swings. Asphalt shingles with reflective granules reduce heat absorption but still require replacement sooner than metal or tile in intense sun.

Crews strip existing shingles down to the roof deck, inspect for damaged plywood or OSB that needs replacement, and remove old flashing and underlayment. This exposes structural issues invisible from above and allows proper installation of new ice-and-water barrier and synthetic underlayment. Removal typically generates 2-3 tons of debris per average home.