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Architectural Tensile Structures
Al Zulfi Dates Market
Tensile Shade Structures for Dates Market
- Al Zulfi, Riyadh Province, Saudi Arabia
Project Overview
Tensile Shade Structure for Al Zulfi Dates Market
Al-Bereik Shades successfully completed the design, engineering, fabrication, supply, and installation of a tensile shade structure for the Dates Market in Al Zulfi, developed by the Al Zulfi Municipality, in Al Zulfi, Riyadh Province, Saudi Arabia.
The project features a large tensile membrane canopy, providing extensive shaded coverage for the market area, ensuring a comfortable environment for visitors and traders while allowing natural ventilation and daylight penetration.
Al-Bereik Shades delivered the complete project package, from concept design to final installation, demonstrating its capability in executing high-quality tensile membrane projects within challenging site conditions and in a fast-track schedule.
Project Information
- Client
Al Zulfi Municipality
- Main Contractor
Not Known
- Consultant
Not Known
- Location
Al Zulfi, Riyadh Province, Saudi Arabia
- Project Type
- Shaded Area
- Membrane
PVDF / PVC (by MEHLER)
- Fabric Weight
- Supporting System
Steel Frames
- Membrane Fixing
Direct Fixing to Steel Frames
- Execution Period
Not Available
- Completion Year
Not Available
Project Partners
Client
Design & Main Execution
Membrane Manufacturer
Complete Project Delivery
Design & Engineering
Shop Drawings
Steel Fabrication
Membrane Engineering
Membrane Supply
Membrane Installation
Engineering Highlight
Distinctive Conical Tensile Canopy for Dates Market
The project features a large conical tensile membrane canopy, providing effective shading for the Dates Market in Al Zulfi. The architectural design allows natural ventilation and daylight penetration, creating a comfortable environment for visitors and traders.
Al-Bereik Shades carried out the complete engineering design, including tensile analysis, membrane tension calculations, and load reactions on the supporting steel frames. The works were executed with high precision to achieve the required geometric form and membrane performance within a fast-track schedule.
Project Gallery
