Advanced Architectural Solutions for High-Traffic Aviation Infrastructure

Executing architectural works for major aviation infrastructure requires uncompromising precision, durability, and strict adherence to international safety standards. Marefty System is proud to be the trusted partner for the custom aluminum and glass installations at the King Khalid International Airport.

Project Scope & Manufacturing Details

For this high-profile facility, our team was tasked with the end-to-end design, manufacturing, and installation of specialized interior systems. The project demanded high-performance materials capable of withstanding heavy daily use while maintaining a modern, pristine aesthetic.

Our core scope of work included:

  • Custom Office Partitions: Precision-engineered 12mm tempered glass partitions designed to maximize natural light while ensuring acoustic privacy for administrative zones.
  • Specialized Enclosures: The fabrication and secure installation of dedicated smoking cabins, utilizing heavy-duty aluminum framing to integrate seamlessly with the terminal’s ventilation systems.
  • High-Performance Curtain Walls: Supply and installation of advanced curtain wall and structural glazing systems designed for heavy daily use in aviation environments.

Technical Specifications & Timeline

To meet the rigorous demands of the airport environment, we utilized premium structural profiles and advanced glazing configurations to ensure safety and longevity.

  • Location: Riyadh, Kingdom of Saudi Arabia (King Khalid International Airport)
  • Client: GACA / Riyadh Airports
  • Systems Utilized: SG-50 Curtain Wall Profiles, 12mm Tempered Glass Partitions, and premium hardware
  • Status: Ongoing

Operating from our advanced manufacturing facility in Al-Sulay, our engineering and installation teams delivered the project strictly on schedule, ensuring zero disruption to the ongoing terminal development. Contact our sales department today to discuss how our architectural facades can elevate your next commercial project.