Nile Tower Project

Nil Tower is one of the most prominent and distinctive construction projects in the capital of Mazandaran’s coastal towers, located in the beautiful Naharkhoran area of Sarkhroud. This region showcases a remarkable combination of nature, tranquility, and modern architecture in the heart of Iran’s northern coastline.

Given the tower’s prime coastal and western location, the building façade is directly exposed to strong winds, continuous rainfall, and regional climate fluctuations. Therefore, Hasco, utilizing global standards in modern façade materials and systems, has implemented some of the most advanced and durable structures in the design and execution of the façade.

For the main façade of the project, Akrol Series 143 Lift & Slide windows with double-glazed tempered glass have been used. This combination not only provides high resistance against wind and rain penetration but also offers excellent thermal and acoustic insulation, contributing to greater durability and comfort for residents.

On the rear façade of the tower, Akrol TS77 thermal-break aluminum windows with a monorail system, along with double-glazed tempered glass, have been installed. With its precise design and modern technology, this system is not only resistant to temperature fluctuations and harsh weather conditions but also adds a distinctive elegance and aesthetic appeal to the overall form of the building.

In the project lobby—where luxurious design meets engineering performance—full-glass Lamella Curtain Wall façade combined with laminated tempered glass has been utilized. This choice enhances safety and reduces the risk associated with glass breakage while giving the tower entrance a modern, transparent, and impressive appearance.

Overall, Hasco is not merely a supplier of construction products; it acts as a specialized consultant and technical partner throughout all stages of design, material selection, and project execution, working alongside you to create an exceptional experience of beauty, durability, and safety in modern architecture.