Project specifications

Project Name

Razavi Pilgrim Inn and Pilgrim City

Client

Astāt Qods Razavi

Contractor

Astan Quds

Panel Design

Star GFRC Panel

Location

Mashhad

Year of Execution

2019

About the Razavi Pilgrim City Project

The Razavi Pilgrim City complex was designed and constructed to accommodate pilgrims visiting Imam Reza in Mashhad. Located near the Imam Reza shrine, the complex was built to provide suitable lodging conditions for visitors traveling to Mashhad. The facility includes various amenities that ensure comfort and convenience for the pilgrims while also paying significant attention to architectural and urban design aesthetics.

This project is one of the major undertakings by the INAB group, where Star2 GFRC panels were utilized. Completed in 2019, the project covers an area of approximately 1,000 square meters. A distinctive feature of this project is the choice of turquoise-colored panels, which are installed as protective barriers and railings in front of windows. This color, especially in religious and pilgrimage spaces, aligns with the color themes associated with Islamic culture and Iranian architecture, adding a beautiful and unique visual appeal to the façade.

Star2 GFRC Panels

In this project, Star2 GFRC panels measuring 66×78 cm were used. The panels are installed in pairs to complete the overall design. The use of these panels on the façade has been particularly effective in creating special visual effects on exterior surfaces and forming lattice patterns. The star-shaped design of the GFRC panels gives the building a distinctive visual identity. These designs not only enhance the aesthetic appeal of the façade but also convey specific cultural and spiritual impressions to viewers.

 

 

Razavi Pilgrim City Project – Mashhad – GFRC

Star2 GFRC Panels In this project, Star2 GFRC panels measuring 66×78 cm were used. The panels are installed in pairs to complete the overall design. The use of these panels on the façade has been particularly effective in creating special visual effects on exterior surfaces and forming lattice patterns. The star-shaped design of the GFRC […]