Boca Sands Condominiums

Project Description

This project involved the comprehensive restoration of a multi-unit condominium complex that had sustained significant hurricane damage. The original clay tile roofing system was a defining visual element of the buildings, contributing to their Mediterranean-style architecture. Farha Roofing aimed to preserve the coastal charm of this property while upgrading its roof to a more durable, modern system capable of withstanding future storm events. By replacing the original clay tile with a stone-coated steel roof to mimic the original look, Farha Roofing honored the architectural style of the community, and the property maintained its iconic appearance while gaining significantly improved durability and weather resistance.

Scope of Work

This project began with the complete removal of the existing clay tile roofing system down to the deck, and all rotted wood decking was replaced. UnifiedSteel Barrel Vault Stone Coated Steel Tile was selected and installed, offering the look of traditional clay tile with increased resilience and wind resistance. The existing modified bitumen membrane was removed down to the lightweight concrete deck. A layer of 1/2" primed DensDeck was adhered to the concrete, followed by the installation of a 60 mil Carlisle TPO membrane. Additional improvements included the removal and replacement of all soffit and fascia wraps, as well as the replacement of existing curb-mounted Velux skylights throughout the complex. Each component was selected to enhance the building's performance while preserving its architectural integrity.

Challenge

This project presented a few challenges in space and logistics. There was constant traffic from condo owners, limited staging and working areas, and poor access to buildings. What really set this project apart was its successful blend of traditional aesthetic and modern resilience. Replacing the original clay tile with stone-coated steel preserved the roof’s iconic look while greatly enhancing its durability and resistance to harsh weather, an important improvement for a hurricane-prone area.