SEVEN PROJECT
Comprehensive External Cladding Solutions Using 15 mm ACFA Fiber Cement Board
Prepared by: ACFA Building Solutions
Client: SEVEN Project
Location: Al Kharj, Saudi Arabia
EXECUTIVE SUMMARY
ACFA Building Solutions supplied and supported the external cladding systems for the SEVEN Project in Al Kharj, Saudi Arabia. The project forms part of one of the Kingdom's major entertainment developments and required a high-performance façade solution capable of meeting demanding architectural, environmental, and construction requirements.
Approximately 10,000 m² of 15 mm ACFA Fiber Cement Board was installed on galvanized steel framing to create a durable, weather-resistant external façade. The selected system provided a lightweight alternative to conventional façade materials while enabling fast-track construction, long-term durability, and a modern architectural appearance.
This case study highlights the project background, system selection, installation methodology, and final outcomes achieved through the implementation of ACFA external cladding solutions.
PROJECT BACKGROUND
The SEVEN Project is a landmark entertainment development in Al Kharj that supports the objectives of Saudi Vision 2030 by delivering world-class leisure and entertainment destinations across the Kingdom. The project required an external façade system capable of achieving both architectural excellence and long-term building performance under demanding environmental conditions.
The project required:
- Durable external cladding systems
- Resistance to harsh weather conditions and high ambient temperatures
- Lightweight construction to support efficient installation
- Modern architectural appearance
- Reliable long-term façade performance
- Efficient coordination with structural and MEP works
- Fast-track project delivery
- Low maintenance throughout the building lifecycle
To achieve these objectives, ACFA 15 mm Fiber Cement Board systems were selected as the preferred external cladding solution, providing excellent durability, dimensional stability, weather resistance, and installation efficiency while supporting the project's architectural vision.
PROJECT STAKEHOLDERS
Client: SEVEN Project
Consultant: Dar Al Handsa
Main Contractor: Hassan Allam
Material Supplier: ACFA Building Solutions
SCOPE OF WORK (ACFA BUILDING SOLUTIONS)
1. External Cladding Systems
- Supply of 15 mm ACFA Fiber Cement Board
- External façade cladding applications
- Galvanized steel framing support system
2. Technical Support
- Installation recommendations
- Application guidance
- Site coordination and technical support
3. Construction Efficiency
- Lightweight façade construction methodology
- Fast-track installation
- Coordination with project stakeholders
- High-quality architectural façade finish
TECHNICAL COMPLIANCE
The selected ACFA 15 mm Fiber Cement Board system was chosen to support the project's requirements for façade durability, environmental performance, and long-term reliability.
Key performance benefits included:
- Durable external façade construction with excellent weather resistance
- High dimensional stability under elevated temperatures
- Lightweight cladding system supporting efficient installation
- Resistance to moisture and environmental exposure
- Compatibility with galvanized steel framing systems
- Smooth architectural surfaces suitable for premium façade finishes
- Reliable long-term performance with reduced maintenance requirements
- Compliance supported through ASTM C1186 testing and approved technical documentation
CONSTRUCTION METHODOLOGY
1. Structural Preparation
- Installation of galvanized steel channel framing
- Preparation of façade support systems
2. MEP Integration
- Coordination of mechanical, electrical, and plumbing penetrations
- Verification of service locations prior to board installation
3. Cladding Installation
- Installation of 15 mm ACFA Fiber Cement Boards
- Fixing using corrosion-resistant fasteners
- Panel alignment and quality inspections
- Joint treatment and surface preparation
4. Finishing Works
- Architectural joint finishing
- Final façade detailing
- Completion of external cladding works
CHALLENGES & SOLUTIONS
|
Challenge |
Solution |
|
Fast-track construction schedule |
Lightweight ACFA external cladding systems enabled rapid installation and reduced construction time. |
|
High ambient temperatures |
Fiber Cement Boards provided excellent dimensional stability and long-term weather resistance under harsh climatic conditions. |
|
Large façade area (approximately 10,000 m²) |
Standardized panel installation and galvanized framing improved installation efficiency and productivity. |
|
Coordination with MEP services |
Early planning and close coordination minimized conflicts and ensured seamless façade integration. |
|
Complex architectural geometry |
Flexible panel sizing and galvanized framing accommodated architectural details while maintaining installation accuracy. |
FINAL OUTCOME
The completed project delivered:
- Durable weather-resistant external cladding systems
- Modern architectural façade appearance
- Efficient installation supporting fast-track construction
- Reliable long-term performance under harsh environmental conditions
- High-quality architectural finishes
- Reduced maintenance requirements throughout the building lifecycle
- Successful completion of a major entertainment development supporting Saudi Vision 2030
Beyond construction efficiency, the project demonstrates how ACFA Fiber Cement Board systems provide durable, attractive, and high-performance façade solutions for large-scale entertainment developments requiring long-term reliability and architectural excellence.
CONCLUSION
ACFA Building Solutions successfully delivered comprehensive external cladding solutions for the SEVEN Project in Al Kharj. The selected 15 mm Fiber Cement Board system provided a durable and efficient façade solution that combined fast installation with long-term weather resistance, architectural quality, and reliable building performance.
This project serves as a strong reference for the application of ACFA Fiber Cement Board systems in large-scale entertainment developments where durability, construction efficiency, and superior architectural performance are essential.