Large Porcelain Slabs 120×240, Larger Sizes & Marble Installation in Egypt | AGIFLOOR / AGIWALL Engineering System with Lower Cost by AGI – Abou Ghaly Interiors

Legal Notice & Intellectual Property

The: AGIFLOOR / AGIWALL

system represents a proprietary engineering development by:

AGI – Abou Ghaly Interiors

The system is currently undergoing:

• Technical documentation

• Legal protection procedures

• Final registration and intellectual property processing

Any attempt to:

• Copy the system

• Reproduce its engineering philosophy

• Replicate its structural sequence

• Or commercially exploit its components directly or indirectly

may constitute a violation of intellectual property and engineering development rights and may result in legal action.

Explore the engineering systems, installation standards, and technical methodologies of AGI – Abou Ghaly Interiors through the AGI Center for Porcelain Slabs, Marble, and Stone Engineering & Installation Accreditation.

Engineering Beyond Traditional installation Large format porcelain slabs such as 120×240, 120×280,120×300 and larger marble 

What Makes AGIFLOOR / AGIWALL Different?

The system relies on integrated FEM/WUFI engineering analysis for the interaction between large porcelain slabs, marble, adhesives, screeds, plaster systems, and environmental conditions.

The engineering matrix includes:

• Ordinary Portland Cement

• Fine Recycled Glass Powder

• Micro-Silica Fumes

• Natural Treated Bamboo Fibers

• High-Stability Structural Aggregates

along with additional proprietary natural components designed to improve:

• Deflection resistance

• Structural stability

• Stress distribution

within a:

Proprietary Structural Matrix

developed and engineered by:

AGI – Abou Ghaly Interiors

through FEM / WUFI simulation and engineering analysis.

Real Cost Optimization with AGIFLOOR / AGIWALL systems for installation of large format Porcelain slabs

Through FEM / WUFI engineering analysis and substrate optimization, the AGIFLOOR / AGIWALL system focuses on solving the root engineering problem rather than masking its effects with expensive temporary systems and extra materials in Egypt and middle east climate and deflection and cracks and thermal stresses problems.

The system reduces excessive dependence on:

• Decoupling membranes

• Expensive anti-fracture systems

• Over-specified S2 adhesives

which may still experience long-term issues under stress, deflection, moisture, and thermal movement in real-world projects.

Read Also:

Large Format Porcelain Slabs Installation (120×240, 120×280, 100×300+) & Marble — An Engineered System, Not Just Surface Finishing

Engineering Cost Reduction for XXL Porcelain Slabs

The AGIFLOOR / AGIWALL system helps achieve:

• Better engineering stability

• Lower installation material consumption

• Reduced dependency on expensive chemical systems

• Lower overall installation cost

for:

• Villas

• Hotel apartments

• Commercial projects

• Luxury residential developments

• Large scale projects.

across Egypt and middle east.

 Large Porcelain slabs 120×240 and larger installation as AGIFLOOR | Engineered Floor substrate System

The AGIFLOOR floor substrate system is not simply a leveling layer or normal screed.

It is an engineered substrate system physically optimized through FEM/WUFI analysis to provide:

• Improved substrate rigidity

• Reduced stress concentration

• Lower deflection

• Better thermal stability

while helping reduce dependency on expensive imported chemical systems.

S1 Instead of Excessive S2 Dependency

Because AGIFLOOR reduces movement and deflection to engineering allowable limits, standard:

S1 Tile Adhesive

can become sufficient in many engineered applications instead of excessive dependency on costly S2 systems beyond actual engineering requirements.

Self-Insulating & Thermal Stability

Thanks to the physical behavior of the sustainable natural and mineral components inside the AGIFLOOR system, the Floor substrate achieves:

• Lower thermal conductivity

• Better stress dissipation

• Improved thermal behavior

helping reduce thermal expansion stress transfer into  Large porcelain slabs120×240 and larger, especially in projects exposed to severe environmental conditions such as:

North Edge Towers – New Alamein

while also contributing to reduced heat loss and improved energy efficiency.

Follow one of our major projects using the same AGIFLOOR / AGIWALL engineering system at North Edge Towers, New Alamein:

Large porcelain slabs120×240 and larger installation through AGIWALL | Shear & Stress Mitigation System 

Walls are exposed to:

• Thermal stress

• Shear forces

• Moisture

• Structural movement

which may lead to:

• Porcelain slab cracking

• Grout line failure

• Debonding

• Hollow sound

• Slab detachment

The AGIWALL wall plaster system helps improve:

AGIWALL Shear & Stress Mitigation

through enhanced mechanical behavior of the plaster and wall substrate under:

• Compression

• Tension

• Shear forces

while also improving:

Moisture & Permeability Control

to help reduce adhesive degradation, moisture-related issues, and condensation effects in coastal zones, bathrooms, and dry conditioned spaces.

Why Traditional Chemical Systems May Fail

Many traditional systems depend mainly on:

• Imported petroleum-based polymers

• Expensive chemical membranes

• Highly flexible adhesive systems

which are often designed to absorb movement after it occurs and still limited to main probelms in egypt deflection and many structural stresses this materials not manufactured to resist it.

Unlike many temporary chemical systems that may experience aging and physical degradation over time due to heat and moisture exposure or deflection(vertical movements), the AGIFLOOR / AGIWALL system relies on engineered mineral-based structural behavior designed for long-term substrate stability.

Explore Why Did a 120×240 Porcelain Slab Installation Fail in Highland Compound, Fifth settlement -New Cairo Without FEM Engineering Analysis ? and our full projects in Fifth settlement-new Cairo

At: AGI – Abou Ghaly Interiors large porcelain slab installation is treated as:

a semi-structural engineered system—not simply surface finishing.

The process includes:

• FEM / FEA Analysis

• WUFI Hygrothermal Analysis

• Deflection Study

• Stress Transfer Analysis

• Controlled Fabrication

• Precision Handling

• Advanced Installation Standards

• Long-Term System Stability

according to advanced engineering and certified installation methodologies.

Because the success of large porcelain slab installation does not begin with the adhesive…nor with suction cups, leveling systems, or installation tools.

These are only execution and finishing tools used after verifying the engineering behavior, structural integrity, deflection limits, and substrate stability of the entire system first.

Conclusion

AGIFLOOR / AGIWALL by AGI – Abou Ghaly Interiors is not simply an additional material system for 120×240

 porcelain slab installation, larger porcelain slab sizes, and marble installation in Egypt, but a semi-structural

 engineered system based on FEM/WUFI analysis to improve substrate behavior itself before installation begins. This

 helps reduce deflection, stress concentration, thermal movement, and long-term debonding while optimizing the

 overall installation cost of large porcelain slabs and marble for villas, hotel apartments, and commercial projects.

For engineering consultation and large porcelain slab installation residential or commercial projects in Egypt:

📞 01055066644