EPS PANEL CONSTRUCTION SYSTEM
Future-ready prefabricated construction technology engineered for faster execution, structural strength, thermal insulation, and sustainable building performance.
MEDAS delivers advanced EPS Core Panel construction solutions validated through government-recognized technologies, structural engineering testing, and modern prefabricated construction practices.
ABOUT EPS TECHNOLOGY
Advanced Prefabricated Construction Technology
EPS Core Panel System is an innovative prefabricated building technology developed for high-speed, lightweight, energy-efficient, and structurally strong construction applications.
The system consists of:
- Expanded Polystyrene (EPS) insulated core
- High tensile galvanized steel wire mesh
- Welded truss reinforcement system
- Shotcrete concrete application on both faces
Beyond services – we offer experiences that resonate.
HOW EPS PANEL WORKS
Engineered Structural Panel Composition
The EPS panel system is manufactured using a reinforced welded wire mesh integrated with an insulated expanded polystyrene core. The structural assembly is completed using shotcrete concrete applied under pressure on both sides.
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Technical Composition
EPS Core
- Density: 15–20 kg/m³
- Thickness Options:
- 50 mm
- 80 mm
- 100 mm
- 120 mm
- 150 mm
Galvanized Wire Mesh
- Diameter:
- 2.5 mm
- 3 mm
- Anti-corrosion galvanized coating
Truss Connectors
- Welded steel truss reinforcement
- Structural load distribution support
Concrete Application
- Shotcrete / Gunite application
- High bonding strength
- Enhanced stiffness and durability
TECHNICAL SPECIFICATIONS
Structural & Engineering Specifications (EPS Wall Panel System/Roof Panel Technology).
EPS Wall Panels are manufactured using galvanized welded wire mesh integrated with an Expanded Polystyrene insulated core. The panels are finished using shotcrete concrete on both sides creating a lightweight yet structurally strong wall system.
Roof EPS panels are designed for lightweight structural roofing applications with excellent insulation and reduced dead load on foundations.
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Wall Panel Specifications
| Specification | Details |
|---|---|
| Panel Thickness | 80mm – 150mm |
| Wire Mesh Diameter | 2.5mm – 3mm |
| Core Material | Expanded Polystyrene |
| Thermal Performance | High Insulation |
| Structural Type | Load Bearing / Non-Load Bearing |
| Fire Resistance | Excellent |
| Acoustic Insulation | High Sound Reduction |
| Construction Method | Shotcrete Reinforced |
Roof Panel Specifications
| Specification | Details |
|---|---|
| Roof Panel Thickness | 100mm – 230mm |
| Concrete Finish | 60–75mm |
| Structural Strength | High Load Capacity |
| Thermal Efficiency | Superior Heat Resistance |
| Dead Load Reduction | Significant |
GOVERNMENT & TECHNICAL APPROVALS
EPS Core Panel System is an advanced prefabricated construction technology consisting of Expanded Polystyrene (EPS) core sandwiched between galvanized welded wire mesh panels. The system provides high structural strength, thermal insulation, faster execution, seismic resistance, and energy efficiency for residential, commercial, and industrial construction projects.
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CPWD Approved Emerging Construction Technology
Recognized under Ministry of Housing & Urban Affairs guidelines for adoption of modern construction technologies.
BMPTC Validated EPS Core Panel System
Validated prefabricated EPS panel technology approved for infrastructure and construction applications.
IIT Madras Structural Testing
Structural engineering tests confirming stiffness, load-bearing capacity, and structural efficiency.
IGBC Green Building Recognition
Supports sustainable and environmentally responsible construction practices.
CPWD Schedule of Rates Inclusion
Included within approved CPWD analysis and technology schedules.
APPLICATION AREAS
Thermal & Energy Efficiency
EPS insulated core significantly reduces heat transfer and improves indoor thermal comfort, helping reduce long-term energy consumption.
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Ideal Applications
- Residential Villas
- Farmhouses
- Luxury Homes
- Commercial Buildings
- Institutional Structures
- Resorts & Hospitality
- Warehouses
- Industrial Units
- Staff Accommodation
- Site Offices
CONSTRUCTION ADVANTAGES
Why EPS Panel Construction is the Future
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Faster Construction
Project timelines are significantly reduced compared to conventional brick and RCC methods.
Energy Efficiency
Superior thermal insulation reduces internal heat transfer and lowers cooling requirements.
Lightweight Structure
Reduced structural dead load minimizes foundation stress and material consumption.
Structural Strength
Tested reinforced mesh and shotcrete system provides strong monolithic structural performance.
Sustainable Building System
Lower material wastage and reduced environmental impact support green construction practices.
Architectural Flexibility
Ideal for curved structures, domes, customized elevations, and modern architectural designs.
EPS Core Panel Systems tested through structural engineering analysis demonstrate high stiffness, load-bearing performance, and crack resistance under reinforced shotcrete application.
• IIT Madras Tested System
• Monolithic Structural Performance
• High Load Bearing Capacity
• Enhanced Structural Stability
• Durable Reinforced Construction
Ready To Build With EPS Technology?
Experience modern prefabricated construction systems engineered for speed, strength, and sustainability.
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Quality Assurance
Every EPS panel system undergoes strict quality inspection to ensure structural reliability, dimensional accuracy, thermal performance, and long-term durability for modern construction projects.
Tailored Solutions
Customized EPS panel solutions designed for residential, commercial, industrial, and prefabricated building requirements with flexible architectural adaptability.
Holistic Research
Continuous research and innovation focused on sustainable construction systems, energy-efficient materials, and advanced prefabricated engineering technologies.
Timely Execution
Fast-track construction methodology enabling quicker project completion, reduced labor dependency, and efficient on-site installation without compromising quality.
Adaptive Methods
Advanced construction techniques engineered to support modern architectural designs, seismic resistance, thermal insulation, and lightweight structural systems.
Skilled Professionals
Experienced engineering and execution teams specialized in EPS panel construction, prefabricated structures, and advanced building technology implementation.
- WHY MEDAS
Building Innovation With Confidence
MEDAS combines advanced engineering practices, certified construction technologies, and practical execution expertise to deliver future-ready building solutions.
Our approach focuses on:
- Faster project delivery
- Modern prefabricated technology adoption
- Sustainable building systems
- Superior construction quality
- Structural reliability
We continue to integrate innovative construction systems that improve efficiency, durability, and long-term building performance.
- Our Clients
Our clients dream, we deliver
From residential developments to commercial and industrial projects, our clients trust MEDAS for innovative EPS panel construction solutions, engineering excellence, and reliable project execution.
