Roofing in Matthews, NC

Serving Matthews and Surrounding Areas

Common Roof Problems in Matthews

Matthews' hot, humid summers bring intense afternoon thunderstorms with frequent hail, while winters deliver ice and snow. Older brick ranches and newer craftsman-style homes across the area share common vulnerabilities: poor attic ventilation, aging underlayment, and storm exposure accelerate failure.

• Hail damage and granule loss — Spring and summer storms drive marble-sized hail into asphalt shingles and architectural shingles, crushing the granule coating and creating hidden fractures beneath the surface. Within 3-5 years, compromised shingles leak during heavy rain or allow UV rays to erode the exposed substrate underneath.
• Ice dam formation at eaves — Insufficient soffit vents and ridge vents trap warm attic heat, causing roof snow to melt and refreeze at the cold eave. Water backs up behind the ice dam and seeps under shingles and ice-and-water shield, flooding the attic with moisture.
• Step flashing and chimney leaks — Step flashing that separates from the roof deck or counter-flashing corroded around chimneys allows water to wick down the exterior and into walls or attic framing, causing hidden rot and mold growth over months.
• Ridge vent clogging and attic moisture — Missing or improperly sealed ridge cap shingles, combined with clogged soffit vents, trap humidity inside the attic. Over time, rafters and roof deck plywood sag as moisture promotes mold and wood decay that weakens the structure.
• Gutter blockage and fascia rot — Oak and pine needles clog gutters, preventing water from draining properly. Overflow seeps behind fascia boards and into soffit vents, rotting the wood substrate that anchors the entire roof frame and shingles.
• Underlayment and deck deterioration — After 15-20 years, synthetic underlayment and tar paper lose their waterproofing properties. Without adequate attic ventilation, moisture wicks into the roof deck OSB and plywood, causing structural sag, failure, and eventual collapse of the entire roof system.