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Shingle Roof Upgrade in Westside Jacksonville

Project Overview: Prime Roofing completed a full residential shingle roof replacement on a single-family home located in Westside Jacksonville, FL. The project involved replacing an aging asphalt shingle system that exhibited widespread granule loss, thermal cracking, and compromised pipe boot flashings around plumbing penetrations. The roof was upgraded with Owens Corning Duration® architectural shingles in Williamsburg Gray, chosen for their multi-tone gray dimensional appearance, superior wind resistance, and integrated SureNail® technology. This complete overhaul restored the roof's waterproofing defense while modernizing the home's overall exterior curb appeal.

Key Details:

  • Location: Westside Jacksonville, Jacksonville, FL

  • Service Type: Residential Shingle Roof Replacement

  • Date: July 2026

  • Material Used: Owens Corning Duration® Architectural Shingles (Color: Williamsburg Gray)

  • Scope: Complete tear-off of damaged shingles, installation of synthetic underlayment, self-adhering valley membrane, new neoprene pipe boots, aluminum drip edge, ridge cap shingles, and low-profile ridge exhaust ventilation

  • Outcome: High-performance, storm-resistant architectural roofing system providing long-term leak protection and enhanced energy efficiency

Description: This shingle roof upgrade project westside jacksonville FL demonstrates Prime Roofing’s thorough process for converting worn, vulnerable roofing into long-lasting protective systems. Detailed pre-installation inspections revealed extensive degradation across the main slopes, including severe mineral granule depletion, lifted perimeter edges, and dry-rotted pipe boot seals that left attic spaces vulnerable to rain intrusion. Prime Roofing performed a complete tear-off down to the roof deck, replacing damaged perimeter drip edges and installing premium synthetic underlayment alongside self-adhering membrane protection in high-velocity runoff valleys. The team then installed Owens Corning Duration® architectural shingles in Williamsburg Gray, securing the roof with a precision-aligned ridge vent system to promote optimal attic air circulation throughout Northeast Florida's humid summer seasons. The finished installation seamlessly blends refined aesthetics with heavy-duty weather resilience, delivering lasting peace of mind to the homeowner. For additional roof replacement showcases and expert local solutions, explore our professional shingle roofing services in Jacksonville.

Close-up texture detail of Owens Corning Duration architectural shingles in Williamsburg Gray color after professional installation.

Gallery:

High-angle view of newly installed Williamsburg Gray Owens Corning Duration shingle roof slopes and ridge cap in Westside Jacksonville.
This high-angle roof plane photograph provides a clear view across the primary pitched slopes following the installation of Owens Corning Duration shingles. The image showcases the multi-layered dimensional texture and color consistency of Williamsburg Gray, highlighting the heavy-duty SureNail technology strip used during mechanical fastening. The clean overlap across courses and meticulously finished cap shingles along the hip and ridge demonstrate proper installation standards designed to withstand North Florida’s intense sun and driving rain.
Completed roof replacement in Westside Jacksonville FL featuring Owens Corning Duration shingles in Williamsburg Gray by Prime Roofing.
Captured from a wide front-elevation ground perspective, this photo highlights the completed full roof replacement on a single-family home in Westside Jacksonville, FL. Prime Roofing replaced the aged, storm-damaged roof with high-performance Owens Corning Duration architectural asphalt shingles in the Williamsburg Gray color profile. The wide-angle shot showcases the crisp ridge lines, straight starter strip alignment along the eaves, integrated aluminum drip edge, and the subtle, multi-tone gray contrast that modernizes the home’s overall exterior curb appeal while delivering superior wind resistance.
Close-up texture detail of Owens Corning Duration architectural shingles in Williamsburg Gray color after professional installation.
This low-angle close-up detail shot highlights the intricate texture, shadow lines, and heavy mineral granule embedment of the Williamsburg Gray Owens Corning Duration architectural shingles. The photo displays the tight perimeter seal along the eave, newly installed perimeter drip edge metal, and precise nailing line layout. This installation upgrades the home from vulnerable, worn shingles to a durable, multi-layered defense system capable of handling Florida’s severe storm seasons.
Mid-range angle of a newly installed shingle roof valley and ridge ventilation system in Westside Jacksonville FL.
Taken at a mid-range roof angle, this photograph focuses on the intersection of roof planes, detailing the closed-cut valley assembly and newly installed low-profile ridge exhaust vent. Underneath the Williamsburg Gray Duration shingles lies synthetic underlayment and ice/water shield membrane protecting critical runoff channels. The seamless transition from roof valley to ridge cap reflects complete modernization, ensuring long-term leak prevention and optimal attic ventilation for energy efficiency in Westside Jacksonville.
Perimeter detail view of lifting eave and rake shingles on a residential roof in Westside Jacksonville FL before replacement.
Focusing on the perimeter edge along the rake and eave line, this before photo highlights failing edge shingles, missing drip edge protection, and rusted perimeter fasteners. Over time, water runoff had begun creeping under the edge shingles, threatening the fascia fascia boards and decking edges. The image reinforces the transition from an unsealed, failing perimeter to a fully flashed, code-compliant roof installation executed by Prime Roofing.
High-angle inspection shot of worn shingle roof slope showing heavy granule loss and aging asphalt surface in Westside Jacksonville.
This steep high-angle inspection photo captures severe shingle degradation across the main roof slope before tear-off operations began. The surface shows widespread granule loss, exposed fiberglass backing, brittle edges, and thermal cracking caused by years of intense UV exposure and heat accumulation. These structural deficiencies compromised the original roof’s waterproofing ability, necessitating a full tear-off down to the plywood decking by Prime Roofing.
Close-up shot of cracked pipe boot flashing and worn shingles around a roof vent penetration prior to replacement.
This close-up inspection shot documents a compromised plumbing stack penetration and failing pipe boot flashing prior to replacement. The rubber collar shows dry rot cracking, split seals, and lifted surrounding shingles, creating a direct path for rainwater leakage into the home’s attic space. Removing these failing flashings and installing brand-new neoprene pipe boots sealed within the new Williamsburg Gray shingle system was a vital part of the full roof overhaul.
Front exterior perspective of an aging, damaged asphalt shingle roof in Westside Jacksonville FL prior to replacement.
Taken from the front yard prior to tear-off, this elevation inspection photo reveals the old, weathered asphalt shingle roof in its original state. The existing shingles exhibit severe color fading, dark organic algae staining, and noticeable wind uplift across several courses. The photo establishes the initial baseline condition of the home, illustrating why an urgent roof replacement was necessary to restore structural integrity and exterior aesthetics for the Westside Jacksonville property.
Detailed view of a deteriorated roof valley with curling shingles and organic buildup before Prime Roofing replacement.
A mid-range inspection photograph focusing on a critical roof valley junction showing advanced shingle deterioration, curling tab edges, and heavy pine needle and dirt retention. The lack of proper valley lining and degraded shingle seams left the valley vulnerable to water pooling and roof deck rot during heavy storms, emphasizing the need for complete valley reconstruction with self-adhering underlayment and new Duration shingles.

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