EPACK Cold Storage Panels are specially designed to build large, high-performance refrigeration structures inside PEB or RCC buildings. Manufactured using continuous and discontinuous panel lines, these panels provide long-term durability, excellent thermal insulation, and airtight construction – essential for maintaining optimal temperatures in cold storage environments.


🏭 Ideal Use Cases
Frozen & Chilled Food Warehouses
Pharmaceutical Cold Chain Units
Agro Cold Rooms & Ripening Chambers
Ice Cream & Beverage Facilities
Multi-chambered Cold Storage Projects
🧱 Panel Specifications for Cold Storage

🔷 Wall Panels (Double Groove)
Core Options: PIR / PUR
Thickness: 60mm / 80mm / 100mm / 120mm / 150mm
Width: 1100mm (Also available in 950mm for large orders)
Ribbing Types: Standard Rib, Micro Rib
🔷 Ceiling Panels (for below metal roof)
Core Options: PIR / PUR
Thickness: 60mm / 80mm / 100mm / 120mm
Application: Laid below roofing sheet or deck sheet for thermal insulation
✅ Key Features

Superior Thermal Insulation (K-value: 0.023 W/m·K)
Fire Safety – PIR/PUR core is self-extinguishing
Airtight Foam-to-Foam Joints
Hygienic, Moisture-Resistant Panels
Fast & Modular Installation
Suitable for Temperature Range: -40°C to +15°C

🏗️ Supported Building Types
RCC Cold Rooms – Panel-built inner chamber inside concrete buildings
PEB Cold Storage – Panels installed as envelope in pre-engineered buildings
Common queries
Cold storage panels are used to build insulated structures inside RCC or PEB buildings for food, pharma, and logistics cold chain applications.
Wall panels are available in 60mm, 80mm, 100mm, 120mm, and 150mm. Ceiling panels range from 60mm to 120mm, depending on insulation needs.
We use PIR and PUR cores, which offer low thermal conductivity and superior energy efficiency.
Yes, they are designed to maintain internal temperatures as low as -40°C, ensuring high-performance insulation and airtight sealing.
Ceiling panels are installed below metal roofing or deck sheets using suspension systems or sandwich cladding methods for enhanced insulation.