Large-format porcelain slabs 120×240, 120×280, 120×300 and above, alongside marble and natural stone façade
systems, have evolved far beyond aesthetic cladding or luxury finishes…Modern mechanical and ventilated
façade systems are engineered building envelope solutions that directly impact:
• Structural integrity.
• Moisture control.
• Thermal performance.
• Wind resistance.
• Environmental durability.
• Long-term architectural performance.
Across luxury villas, towers, commercial developments, and large-scale projects, façades are no longer decorative
outer skins…They are advanced structural and environmental systems engineered for long-term safety,
sustainability, and performance.
At AGI, we design and execute advanced façade systems for Egypt, the Middle East, and Gulf climates through:
• Direct-fix mechanical façade systems
• Ventilated rainscreen façade systems
depend on engineered analysis:
• FEM structural analysis.
• WUFI moisture analysis.
• CFD airflow engineering.
This ensures:
• Structural stability.
• Moisture protection.
• Thermal efficiency.
• Airflow optimization.
• Long-term façade durability.
Through AGI Processing Hub – Badr City, we also provide full porcelain slab, marble, and natural stone supply
with precision digital fabrication, controlled cutting, and turnkey façade preparation before installation begins.
We work with engineered façade materials including porcelain slabs and natural stone, selected based on
structural performance, environmental behavior, and system compatibility.
Most Common Porcelain Façade Sizes:
60×120 cm
80×80 cm
120×120 cm
Large Format Porcelain Slab Sizes:
120×240 cm
120×280 cm
120×300 cm and above
Larger formats reduce joints and improve façade continuity, but require advanced engineering, handling, and fixing systems.
Marble
Travertine
Granite
Limestone
High-performance buildings, humid/rainy climates, new modern construction, buildings with large temperature swings or HVAC Covering.
Include an engineered air cavity (with chimney effect).
Improve thermal performance and reduce heat gain.
Allow moisture and vapor to escape.
Increase façade lifespan.
Budget-conscious projects, retrofits with space limitations, simpler designs, dry climates.
Lower installation cost.
less structural space needed.
faster installation.
Stress distribution.
Structural deformation.
Anchor performance.
Moisture movement.
Condensation risk.
Thermal performance.
Airflow behavior inside façade cavity.
identifying optimal cavity depths behind the porcelain or stone panels.
control Heat transfer efficiency.
Chimney effect performance.
To learn more about our proprietary FEM/WUFI Engineering System for the installation of large-format porcelain slabs (120×240 and above) by AGI – Abou Ghaly Interiors
after all stresses analysis finished for façade systems followed by design of steel or aluminum structure
according to AISC 360-22 & Aluminum Design Manual (ADM),followed with Steel/Aluminum connection
stress analysis, and ends with fabrication and installation beside on-site verification.
Finally, performance is verified on-site through expansion bolt pull-out testing using Hilti systems,
confirming that anchor capacity matches the calculated design loads after torque wrench used for proof
loading only.
we provides advanced façade solutions ranging from direct-fixed non-ventilated systems to highly engineered
ventilated façade systems designed for luxury residential, commercial, and large-scale architectural projects.
Our systems support:
Large-format porcelain slabs.
Natural stone & marble panels.
Simple to highly complex façade geometries.
Concealed mechanical fixing systems.
Advanced weather resistance.
High wind-load and seismic performance.
Long-term architectural durability.
From aesthetic simplicity to the most sophisticated engineered façade applications, AGI-Abou Ghaly Interiors
integrates fabrication precision, structural performance, and architectural excellence.
Ventilated façade system for standard and large-scale applications.
3D space façade system for complex architectural geometries.
Curved façade system for organic and non-linear designs.
Optimized façade system for:
Villas.
Residential buildings.
Compound developments.
Provides:
Cost efficiency.
Faster execution.
Reduced structural weight.
Maintained engineering performance.
All systems can be adapted into aluminum-based versions:
👉 Our systems are not multiplied — they are adapted.
Through our AGI Processing Hub in Badr City, we handle full slab supply and fabrication:
Removing approximately 20 mm from slab edges to eliminate residual manufacturing stresses,
reducing the risk of cracking during cutting and installation.
Beveling edges (1–2 mm) is essential to:
Reduce edge chipping during handling and installation.
Absorb thermal expansion and contraction effects.
Improve long-term façade continuity.
For 6 mm and 12 mm slabs, rear reinforcement is applied using:
Fiberglass mesh.
Protective backing layers.
To prevent fragment detachment in case of breakage and enhance façade safety.
Deep rear or side grooves are machined into slabs (especially 12–20 mm)
to accommodate mechanical fixing systems (Dry Cladding Systems).
Allows installation of:
Clips.
Anchors.
Fully concealed fixing systems.
Precision drilling is carried out in the factory to prepare slabs for:
Brackets
C-Bolt systems
Delivering turnkey-ready façade panels.
Honed Finish
Matte surface
Slip resistance (R10 / R11)
Suitable for low-maintenance modern façades
Leather Finish
Textured, leather-like surface
Soft visual appearance with reduced reflections
Bush-Hammered Finish
Rough, stone-like texture
High durability
Suitable for harsh environments
Slabs are digitally scanned and analyzed before fabrication using SlabVision™ to ensure:
100% continuous vein matching
Early defect detection
Cutting optimization
Precision execution
All large porcelain , marble or natural stone slabs fabrication and processing are carried out through our AGI Robotic Industrial Processing Hub in Badr City
• Precision Surveying & Structural Verification
Advanced site surveying using Leica precision systems, laser layout verification, substrate assessment, and engineering-controlled dimensional analysis before execution begins.
• FEM – WUFI – CFD Engineering Analysis
Full structural stress analysis, moisture migration modeling, thermal behavior evaluation, and airflow engineering to determine long-term façade system performance under project-specific climate conditions.
• Substructure Engineering Design
Project-specific steel or aluminum façade substructure design according to structural loads, wind pressures, thermal movement, and architectural geometry.
• Certified Bracket, Anchor & Fixing System Design
Engineering-controlled specification of brackets, anchors, thermal isolators, and concealed mechanical fixing systems.
• Thermal & Moisture Protection Layer Integration
Application of insulation, vapor management, and thermal break systems to minimize condensation, energy loss, and structural degradation.
• Precision Digital Fabrication & Panel Preparation
Factory-controlled cutting, profiling, grooving, reinforcement, and fabrication of porcelain slabs, marble, or natural stone panels through AGI Processing Hub.
• Hidden Mechanical Fixing Preparation
Precision kerfing, grooving, drilling, and anchor preparation for concealed façade installation systems.
• On-Site Structural Frame Execution
Installation of engineered steel or aluminum façade frameworks with precise leveling, alignment, and load distribution control.
• Anchor Pull-Out Testing & Torque Verification
Real-world site validation using pull-out testing, torque control, and load verification to confirm system integrity.
• Panel Installation & Engineering-Controlled Execution
Mechanical installation of façade panels with movement joint precision, alignment control, and performance verification.
• Final Engineering Quality Control
Comprehensive façade inspection, airflow cavity verification, alignment checks, structural performance validation, and long-term durability assurance.
Façades are not installed as decorative finishes only…They are engineered, fabricated, tested, and executed as
long-term structural and environmental systems.
Failure occurs due to:
No structural analysis
Adhesive-only systems
Ignoring thermal expansion
Poor fixing systems
Resulting in:
Cracking
Panel detachment
System failure
These projects were executed using integrated mechanical façade systems, based on engineering design and
pre-execution analysis, ensuring long-term performance and structural stability.
Selected Projects:
Automotive Mall Façades – Fifth Settlement, New Cairo.
Strip Mall Façades – Madinaty.
Villa Façades – Palm Hills, Sheikh Zayed.
Wadi Degla Club Façades – Fifth Settlement.
Residential Buildings (R7) – New Administrative Capital.
Latin District (Redcon) – New Alamein, North Coast.
Silver Sands Villas – North Coast.
All projects were executed using engineered mechanical fixing systems, not conventional installation methods,
ensuring long-term façade stability and performance.
✔ Up to 10-year warranty.
✔ Covering slabs and installation.
✔ Based on engineering-controlled execution.
Start your façade system with engineering — not assumptions or guesswork.
Contact AGI – Abou Ghaly Interiors for complete mechanical and ventilated façade system design, fabrication, and
execution.
Call / WhatsApp: 01055066644