The Simplex Cepol ® Industrialized System
What is Simplex Cepol® technology?
The Simplex Cepol® System is a modern alternative to traditional construction, based on the use of modular bearing wall panels, precast slabs, and reinforced concrete foundation beams. It is an "open system" that can be adapted to existing architectural projects or specifically designed for maximum efficiency from the start.
Technical Specifications and Components
Structural Wall Panels
Made of lightweight reinforced concrete, these are used for both external and partition walls.
Modular Dimensions
Wall panels typically range from 1 to 3.5 meters in height and 8 to 20 cm in thickness to balance resistance and insulation.
Precast Slabs
Self-bearing units that avoid the need for strutting, facilitating immediate subsequent work after installation.
Finish-Ready Surfaces
Panels are ready to receive painting, tiling, or wallpapering without extensive preparation.
How has Simplex Cepol® evolved to meet modern safety requirements?
Since its inception in 1978, the Simplex Cepol ® System has undergone a continuous process of technical refinement to stay ahead of the evolving global construction landscape.
Far from being a static technology, our system has been meticulously adapted to comply with the most stringent international quality and safety standards, ensuring that every structure we build is as resilient as it is efficient.
A Legacy of Certified Excellence
CE Marking & International Certification
Our technology meets rigorous European standards, backed by official certifications such as Certificate No. 0072/ CPR/B87/0693, which validates our commitment to health, safety, and environmental protection.
Proven Technical Performance
The Simplex Cepol® system has been subjected to exhaustive laboratory testing at prestigious institutions, including the University of Bahrain, confirming superior mechanical resistance and compression strength.
Adaptive Engineering
Leveraging our innovative legacy, we provide ingenious technical solutions tailored to local environments, allowing the system to thrive in diverse climates and seismic zones across Europe, the Middle East, and Africa.
The Future of Modular Building
| Innovation Pillar | Description | Impact |
|---|---|---|
| Material Science | Use of lightweight reinforced concrete and advanced insulation | Enhanced thermal and acoustic performance |
| Ingenious Design | Hollow wall formations and optimized structural ties | Significant savings in concrete without compromising strength |
| Open System Philosophy | Modular adaptation for both existing and new architectural projects | Total versatility for residential, medical, and commercial sectors |
