Case Studies
Victaulic can be found in some of the most prestegious buildings globally. Browse through the Victaulic Case Studies to learn about the unique solutions provided by Victaulic technology and services.
Victaulic Case Studies
Nile City Towers
The Nile City Towers are the highest structures in Egypt. The Towers are a landmark development and are an extremely prestigious business venue and headquarters to many large, influential companies from around the world. The identical 32-story towers are network equipped for offices, retail, restaurants, and four levels of parking. Because of the height of the towers, the project pushed local design and installation limits. The Victaulic grooved pipe joining method was chosen as the total system provider for the project because of it's ability to accommodate the tight space constraints in the riser shafts which was a result of a small site footprint. Victaulic flexible couplings were used both on the HVAC and fire protection systems to accommodate for thermal movement and the sway of the buildings, eliminating the need for expansion joints. The ease of installation required less man power on site, simplifying the contractor’s already complex coordination schedule.
Nile City Towers
The Nile City Towers are the highest structures in Egypt. The Towers are a landmark development and are an extremely prestigious business venue and headquarters to many large, influential companies from around the world. The identical 32-story towers are network equipped for offices, retail, restaurants, and four levels of parking. Because of the height of the towers, the project pushed local design and installation limits. The Victaulic grooved pipe joining method was chosen as the total system provider for the project because of it's ability to accommodate the tight space constraints in the riser shafts which was a result of a small site footprint. Victaulic flexible couplings were used both on the HVAC and fire protection systems to accommodate for thermal movement and the sway of the buildings, eliminating the need for expansion joints. The ease of installation required less man power on site, simplifying the contractor’s already complex coordination schedule.

