Wind damage is one of the most common causes of roofing problems, especially in areas with high winds. When strong winds hit a roof, they can cause shingles to lift or even blow off, leaving the roof vulnerable to further damage. That’s where CertainTeed Landmark Pro shingles with QuadraBond come in.
Landmark Pro shingles with QuadraBond are designed to resist the damaging effects of strong winds. They have a special adhesive layer that provides superior bonding strength, keeping the shingles firmly in place even in high winds. This adhesive layer is made with CertainTeed’s QuadraBond technology, a high-performance adhesive that is specifically formulated to resist wind uplift and other external forces.
The unique design of Landmark Pro shingles also helps to prevent wind damage. They feature a double-layer fiberglass mat that provides extra strength and durability, helping the shingles to withstand the stresses of high winds. Additionally, the shingles have a wider nailing area, which allows for greater holding power and reduces the risk of shingle blow-off.
Another important feature of Landmark Pro shingles with QuadraBond is their ability to resist impact damage. High winds can cause debris to be blown onto a roof, potentially causing damage to the shingles. However, the durable design of Landmark Pro shingles helps to prevent impact damage, ensuring that your roof remains protected in all types of weather.
In addition to their wind-resistant properties, Landmark Pro shingles are also available in a wide range of colors and styles to suit any home’s aesthetic. They are backed by CertainTeed’s industry-leading warranty, giving you peace of mind that your roof is protected for years to come.
Overall, if you live in an area prone to high winds, Landmark Pro shingles with QuadraBond are an excellent choice for protecting your home’s roof. Their superior wind and impact resistance, as well as their durability and style options, make them a reliable and attractive option for any homeowner looking for top-quality roofing materials.