Large-scale university campuses require more than architectural vision. They demand technical systems capable of supporting continuous change, high occupancy levels and long-term operational efficiency.

In 2024, Polygroup supplied 15,000 m² of GAMAFLOR PAC 35/05 with LIDER finish for the Egypt-Japan University of Science and Technology (E-JUST) in Cairo. Beyond its scale, the project represents a clear example of how raised access flooring contributes strategically to modern educational infrastructure.

Designing for High-Density Academic Use

University environments are dynamic by nature. Classrooms are reconfigured, laboratories evolve, and technology requirements increase constantly. In such contexts, the flooring system must perform as part of the building’s technical backbone.

The selection of GAMAFLOR PAC 35/05 addressed several key requirements:

• High load resistance suitable for academic and technical environments

• Structural stability under continuous foot traffic

• Full accessibility to underfloor services

• Fire performance compliant with safety standards

• Long-term dimensional reliability

At 15,000 m², scalability and installation efficiency were also decisive factors.

Why Raised Access Flooring Matters in Educational Campuses

In university projects of this magnitude, flexibility is not optional — it is essential. Raised access flooring enables:

• Easy reconfiguration of power and data networks

• Fast adaptation to new laboratory or classroom layouts

• Reduced disruption during maintenance or upgrades

• Lower lifecycle costs compared to traditional embedded installations

By keeping services accessible beneath the floor, the building can evolve without invasive construction work.

The Role of the LIDER Finish

The integration of the LIDER finish enhances the system’s performance in high-traffic academic spaces. Designed for durability and ease of maintenance, it supports daily intensive use while maintaining long-term surface stability.

In large educational environments, surface resistance, hygiene control and maintenance efficiency directly influence operational continuity.

Balancing Performance and Cost Efficiency

The GAMAFLOR PAC 35/05 system, with its high-density core and steel reinforcement, offers an optimal balance between mechanical performance and cost-effectiveness — a critical consideration in large public or institutional developments.

This balance allows large-scale projects to maintain technical reliability without unnecessary over-specification.

Infrastructure That Supports Knowledge

The Egypt-Japan University of Science and Technology is designed to foster innovation, research and international collaboration. For such institutions, infrastructure must support not only today’s academic activities but also future technological demands.

Raised access flooring becomes part of the strategic design approach — enabling adaptability, supporting sustainability goals and ensuring long-term operational resilience.

The E-JUST project in Cairo demonstrates that in modern university campuses, flooring systems are not simply finishes. They are infrastructure.

At Polygroup, we design raised access floors as engineered solutions capable of supporting complex academic environments at scale — combining structural performance, flexibility and durability for long-term value.