Window Lintel Replacement

The project involved the replacement of lintels above the windows, which had deteriorated over time due to rust and structural damage. These old, corroded lintels were carefully removed to prevent further harm to the surrounding masonry. In their place, new, durable steel lintels were installed, providing the necessary support for the masonry above the windows. The choice of steel ensured long-term strength and stability, reinforcing the building's structure.

To further safeguard the building from future damage, additional elements were incorporated into the lintel installation. A drip edge was added to help direct water away from the structure, preventing moisture from pooling near the windows. This feature plays a crucial role in protecting the masonry and window frames from water infiltration, which can lead to cracks, weakening of the structure, and eventual leaks.

Flashing was also installed to create a watertight seal between the new lintels and the surrounding masonry. This extra layer of protection helps prevent water from seeping into the building’s walls, significantly reducing the risk of interior damage over time. In addition, cotton string cords were placed in strategic locations to enhance water drainage, allowing moisture to escape more effectively and further reducing the likelihood of water accumulation.

The entire project was completed with precision and attention to detail. Each phase, from the careful removal of the old lintels to the installation of the new ones, was executed meticulously to ensure a secure and lasting solution. By combining high-quality materials with thoughtful design elements, the work not only restored the structural integrity of the building but also enhanced its long-term resilience against environmental factors.

In summary, this project addressed both immediate structural concerns and potential future issues. The new lintels, combined with the added water management features, ensure that the building remains safe, secure, and well-protected from weather-related wear for many years to come.