Photo Gallery

Roof Replacement Photo Album: Magnificent Much-Needed Roof Replacement in Meriden, CT

Meriden homeowner Victor was told by a national home improvement chain that he needed a roof replacement. His roof was over 24 years old, with visible mold and a leak near the chimney. Wanting to work with a trusted local company, he called Brown Roofing. Inspector Brand went out to take a look and confirmed that the roof did, in fact, need to be replaced. After Brand walked Victor through our process and materials, he felt confident moving forward, and we were thrilled to welcome him to the Brown Roofing family! Project Manager Bill and his expert crew got to work. They removed the old shingles and inspected the plywood foundation, known as the sheathing. Any areas with damage, like rot or mold, were replaced with durable half-inch CDX plywood to ensure a solid base. The crew then installed ice and water shield up six feet from the eaves, sealed seams with all-weather deck tape, and laid Velora One synthetic underlayment over the rest of the roof. Next came the drip edge and rake flashing to direct water into the gutters, followed by Victor’s shingle choice: the sleek, modern Summit Gray from our IKO Dynasty collection, proudly backed by The Brown Promise, our 50-year warranty. A ridge vent was installed for airflow, topped with ridge cap shingles for a polished finish. After flashing was secured around all pipes and the chimney, and the property thoroughly cleaned, Victor’s new roof was officially complete, stunning, secure, and ready to handle whatever the seasons bring. Brown Won't Let You Down!

Before: Front View

Here's a look at Victor's roof from the front before the renovation. Click through to see how we fantastically transformed it!

Before: Moss, Lichen, & Algae

A closer look at Victor's roof reveals heavy wear on his aging three-tab shingles, an older style of asphalt shingle with a shorter lifespan. Years of moisture exposure have led to visible moss, lichen, and algae growth, further weakening the surface. It's time for an upgrade! Let's get these replaced with stronger, more modern heavyweight shingles built to last.

The Old Shingles Come Off

The crew starts things off by stripping all of the old shingles off of the roof. Underneath the old shingles is a layer of plywood called the sheathing. This is the structural foundation of the roof, and, as such, must be in excellent condition before the new roofing system can be installed. Any areas found with damage, such as rot or mold, are found and removed.

New Plywood Is Installed

Sturdy new half-inch CDX plywood sheets are installed to replace the removed sections, precisely cut and fit into place securely to ensure a strong, solid base.

Seams Are Taped and Ice and Water Shield Is Installed

Ice and water shield membrane is installed from the eaves up six feet to ensure the most vulnerable parts of the roof are fully protected from harsh elements like rain, snow, and ice. After that, the rest of the sheets of plywood are taped up at the seams with all-weather deck tape to meet current building codes.

Underlayment Completed & Drip Edge Flashing Installed

The rest of the roof is protected by durable Velora One synthetic underlayment. Along all the edges, a thin metal barrier, drip edge and rake flashing, has been installed to prevent water from seeping underneath. This flashing helps direct moisture away from the fascia and safely into the gutters.

New Shingles Are Installed

Now it's time for the exciting part: installing the new shingles! The shingles Victor has selected for his new roof are IKO Dynasty premium-laminated architectural shingles in the sleek shade of Summit Gray. These shingles, which are proudly backed by our 50-year warranty, are installed in a methodical "staircase" pattern.

Ridge Vent Is Installed

To avoid condensation issues, a ridge vent is installed to let built-up hot, humid air flow out from the attic.

Chimney Is Flashed

Flashing is installed around the chimney where it meets the roof. Like the drip edge and rake metal, this thin metal barrier prevents water from seeping into an otherwise vulnerable junction.