Roofing & Facade Experts

Corner façade repair in progress, including structural steel reinforcement to stabilize the damaged area, brickwork replacement to restore the exterior, and installation of a full waterproofing system to protect against moisture intrusion and ensure long-term durability.

• Structural Remediation: Installation of new steel lintels and corner angles to address underlying masonry displacement and reinforce the building’s primary envelope.

• Precision Masonry: Strategic removal and replacement of compromised brick units, ensuring a seamless aesthetic match with the existing historical or architectural profile.

• Advanced Moisture Protection: Application of high-performance flashing and vapor barriers to eliminate water infiltration at critical transition points and expansion joints.

• Safety & Compliance: Execution of all repairs via OSHA-compliant suspended scaffold systems, specifically engineered to navigate complex corner geometries safely.

• Preventative Maintenance: Integration of new weep holes and sealant systems to improve the building’s breathability and mitigate future freeze-thaw damage.

This cantilevered outrigger system for a suspended scaffold utilizes a sophisticated scaffold-frame grid to elevate and support primary beams extending over the roof edge, facilitating the safe operation of swing stages. Operating on precise leverage principles, the inboard structure is heavily cross-braced and anchored to counterweight the load, ensuring the entire assembly remains stable and resistant to tipping under operational stress.

• Load Distribution: The system employs a wide-footprint grid of steel sleepers and base plates to distribute downward force across the roof deck, preventing structural point-loading or damage to the underlying membrane.

• Dynamic Stability: Engineered for high-rise environments, the rigging includes redundant tie-back connections to the building's structural framework, mitigating the risk of lateral shifting caused by extreme wind gusts.

• Adjustable Geometry: The modular design of the frame grid allows for precise leveling and positioning of the outrigger beams, ensuring that the scaffold platform maintains a consistent distance from the building facade throughout the duration of the work.

• Operational Safety: Every component—from the heavy-duty counterweights to the cross-braced supports—is calculated to maintain a high factor of safety, specifically designed to withstand the rigorous demands of vertical facade restoration and masonry repair.

• Regulatory Compliance: The setup incorporates standard-compliant rigging practices, ensuring that all suspended loads are balanced and secured in accordance with project-specific structural engineering requirements.

This 17,500-square-foot roof replacement features a high-performance Siplast multi-layer system, engineered for long-term durability and superior watertight integrity. The installation utilizes a redundant SBS modified bitumen membrane, known for its exceptional dimensional stability and resistance to extreme thermal cycling. By combining a robust base sheet with a granule-surfaced cap sheet, the system provides a reinforced, resilient barrier that excels in high-traffic commercial environments. This comprehensive Siplast solution ensures a seamless, monolithic finish around all mechanical penetrations and parapet walls, delivering a premium, low-maintenance roofing assembly designed to withstand the most demanding weather conditions.