Drip Edge, Standard Mill Finish, Galvanized Steel, 1.5 Inch By 1 Inch By 10 Feet

Introducing the 1-1/2 inch x 1 inch x 10 feet C3S standard mill finish galvanized drip edge, now available at Hudson True Value Hardware in Hudson, NH. This durable drip edge is designed to provide reliable protection for your roofing projects by directing water away from the fascia and underlying roofing components. Whether you are a professional roofer or a dedicated DIY enthusiast in Hudson, this galvanized drip edge is an essential component to help maintain the integrity of your roof.

• Dimensions: Measures 1-1/2 inches by 1 inch with a length of 10 feet, making it suitable for a variety of roofing applications.


• Material and Finish: Constructed from galvanized steel with a standard mill finish, offering corrosion resistance and durability.


• Thickness: Features a thickness of .010 inches, providing a sturdy yet flexible edge for effective water diversion.


• C3S Coating: Includes a C3S coating that enhances the drip edge’s longevity and performance under various weather conditions.

This galvanized drip edge is ideal for protecting your roof’s edges from water damage by channeling rainwater away from the fascia and preventing potential rot or structural issues. In Hudson, where weather conditions can vary, installing this drip edge can help extend the life of your roofing system. It is perfect for new roof installations, roof repairs, or upgrades to existing roofing structures.



Homeowners and contractors in Hudson can rely on this drip edge to provide a clean, finished look while ensuring functional protection. Its standard mill finish allows for easy painting or customization to match your roofing materials and aesthetic preferences.



In summary, the 1-1/2 inch x 1 inch x 10 feet C3S standard mill finish galvanized drip edge is a vital roofing accessory that combines durability and practicality. Available at Hudson True Value Hardware in Hudson, NH, it offers an effective solution to safeguard your roof against water damage and enhance its overall performance.