Location
Tampa, FL
Service Type
Rescreening
Frame Material
Existing Aluminum Frame
Screen Type
Fiberglass Mesh
Timeline
2 – 3 Days
Property Type
Residential, Lakefront Home
Project Overview
This project involved a full rescreening of an elevated gable-style porch enclosure at a lakefront home in Tampa, Florida. The existing aluminum structure was in good condition, but the screen mesh had deteriorated due to age, weather exposure, and environmental debris.
Our team carefully removed the worn screening and installed new premium fiberglass mesh to restore clarity, airflow, and reliable insect protection while preserving the home’s scenic waterfront views.
The Challenge
Because the property sits directly along the water, the porch screens are exposed to constant humidity, wind-driven debris, and increased insect activity. The aging mesh had become loose and visually cloudy, reducing both appearance and performance. The challenge was to restore protection without altering the existing architectural structure.
Our Solution
For this gable porch rescreening project in Tampa, FL, we replaced all existing mesh panels using precision spline installation techniques to ensure tight tension and long-term durability. The existing aluminum framing was inspected and cleaned, maintaining the integrity of the structure while upgrading the enclosure’s performance and visibility.
Materials & Features
- Premium fiberglass screen mesh for flexible, rust-resistant performance
- High-clarity weave to preserve lakefront visibility
- Professional spline installation for tight, secure panel tension
- Full perimeter mesh replacement across the gable and lower panels
- Frame inspection and minor hardware adjustments
- Materials selected for Florida humidity and waterfront exposure
Final Result
The completed rescreening restored the porch enclosure’s clean appearance and functional protection while maintaining unobstructed views of the lake and surrounding landscape. The upgraded mesh now provides reliable insect control and improved airflow, extending the lifespan of the existing aluminum structure.
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