EPACK Prefab manufactures PUF/PIR insulated cold storage panels for temperature-controlled warehouses, cold-chain facilities and large refrigeration structures. These panels are designed for wall and ceiling applications in PEB or RCC-based cold storage facilities, with panel thickness, core type, joint configuration and surface finish selected according to the required temperature range and project design.
Cold Storage Panel Applications
- Large Cold Storage Warehouses
- Frozen & Chilled Food Storage
- Pharmaceutical Cold Chain Facilities
- Fruit & Vegetable Storage Facilities
- Dairy & Beverage Storage
- Multi-Temperature Cold Storage Facilities
- Agro Storage & Ripening Chambers
- Food Processing & Distribution Facilities
Cold Storage Panel Specifications
Cold Storage Wall Panels – Double Groove
- Core Options: PIR / PUR
- Thickness: 60 / 80 / 100 / 120 / 150 mm
- Width: 1100 mm
- Alternative Width: 950 mm for selected requirements
- Profile: Double Groove
- Surface/Profile Options: Standard Rib / Micro Rib, subject to configuration
Cold Storage Ceiling Panels
- Core Options: PIR / PUR
- Thickness: 60 / 80 / 100 / 120 mm
- Application: Installed below the primary roof system as part of the insulated cold-storage envelope
Cold Storage Panels vs Cold Room Panels
Cold storage panels and cold room panels can use similar insulated panel technologies, but their applications and overall building configurations can differ.
Cold storage panels are primarily used for the insulated envelope of larger temperature-controlled facilities such as cold storage warehouses, multi-chamber cold stores and cold-chain infrastructure. They can be integrated into PEB or RCC-based facilities depending on the project design.
Cold room panels are generally used to create enclosed temperature-controlled rooms or chambers within a facility, such as walk-in cold rooms, food-processing rooms and pharmaceutical storage chambers.
The appropriate panel configuration depends on factors such as required temperature, room dimensions, refrigeration design, structural arrangement, panel thickness, joint system and operating conditions.
Technical Performance of Cold Storage Panels
Cold storage panels are designed to provide an insulated building envelope for temperature-controlled facilities. Their thermal and functional performance depends on the insulation core, panel thickness, joint configuration, surface material, installation quality and overall refrigeration system design.
Key performance considerations:
- Thermal Insulation: PUF/PIR cores help reduce heat transfer through the insulated wall and ceiling envelope.
- Insulated Panel Joints: Properly designed and installed joints help reduce unwanted air leakage and thermal bridging.
- Fire Performance: Fire performance depends on the selected core material, panel construction and applicable test classification.
- Moisture & Cleanability: Suitable surface finishes provide a smooth, easy-to-maintain surface for temperature-controlled storage environments.
- Modular Installation: Factory-manufactured panels support faster and more controlled installation compared with conventional insulated construction methods.
- Temperature-Controlled Applications: PUF/PIR panels can be configured for different cold-storage temperature requirements; the appropriate thickness and panel construction should be selected according to the project design.
| Property | EPACK Cold Storage Panel |
| Insulation Core | PIR / PUR |
| Wall Thickness | 60–150 mm |
| Ceiling Thickness | 60–120 mm |
| Wall Profile | Double Groove |
| Standard Width | 1100 mm |
| Alternative Width | Available subject to requirement |
| Thermal Performance | Depends on core, thickness and project design |
| Fire Performance | Depends on core, construction and applicable test classification |
| Joint System | Project-specific insulated joint configuration |
| Surface Options | PPGI / PPGL / other approved options |
Cold Storage Panels for PEB & RCC Buildings
PEB Cold Storage Facilities
Cold storage panels can form the insulated wall and ceiling/building envelope of a pre-engineered cold-storage facility, subject to the structural and refrigeration design.
RCC-Based Cold Storage Facilities
Panels can also be used to create insulated temperature-controlled areas within RCC buildings, depending on the facility layout and project requirements.
Quality & Technical Documentation
EPACK Prefab manufactures insulated panels under controlled production processes at its manufacturing facilities. Product specifications, technical documentation and applicable test or compliance documents can be provided according to the selected panel configuration and project requirements.
PUF/PIR Cold Storage Panel Showcase
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Frequently Asked Questions About Cold Storage Panels
Cold storage panels are insulated wall and ceiling panels used to create temperature-controlled areas in cold storage warehouses, cold-chain facilities, food storage facilities, pharmaceutical storage facilities, agro-storage units and other refrigeration environments. PUF/PIR insulated panels help form the thermal envelope required to control heat transfer between the storage area and surrounding environment.
The required panel thickness depends on the target storage temperature, ambient conditions, facility design, refrigeration requirements and overall thermal performance requirements. EPACK Prefab offers cold storage wall panels in 60, 80, 100, 120 and 150 mm configurations and ceiling panels in 60, 80, 100 and 120 mm configurations, subject to the selected product specification.
We use PIR and PUR cores, which offer low thermal conductivity and superior energy efficiency.
EPACK Prefab cold storage panels are available with PIR and PUR insulation cores. The appropriate core type and panel configuration can be selected according to the required thermal performance, temperature conditions, fire-performance requirements and project specifications.
Yes. PUF/PIR insulated panels are commonly used in temperature-controlled and sub-zero cold-storage applications because of their thermal insulation properties and insulated joint construction. The appropriate panel thickness, core, joint configuration and refrigeration system should be selected according to the required operating temperature and project design.
A double-groove cold storage panel is an insulated panel designed with an interlocking joint profile that helps panels fit together during installation. The joint configuration is intended to support continuity of the insulated envelope and reduce unwanted air leakage when properly installed. EPACK offers double-groove configurations for cold storage wall applications.
Yes. Cold storage panels can be integrated with pre-engineered building (PEB) structures to create an insulated envelope for temperature-controlled facilities. The panel arrangement, supporting structure, joints, ceiling system and refrigeration design should be coordinated according to the requirements of the specific project.
Yes. Cold storage panels can also be used within RCC buildings to create insulated temperature-controlled areas. The panel system can form the required walls and ceiling enclosure, while the existing RCC structure provides the primary building framework. The final configuration depends on the facility layout and project requirements.
Cold storage panels are primarily associated with the insulated envelope of larger temperature-controlled facilities such as cold storage warehouses, multi-chamber cold stores and cold-chain infrastructure. Cold room panels are generally used to create enclosed temperature-controlled rooms or chambers within a facility.
Both applications can use similar insulated panel technologies, but the overall building configuration, panel thickness, joint system, refrigeration design and operating conditions may differ.
Yes. Cold storage panels can be specified according to project requirements, including panel thickness, insulation core, joint configuration, surface material, dimensions and application. The appropriate configuration depends on the required temperature, facility design, structural arrangement and installation requirements.
Panel thickness should be selected based on factors such as required storage temperature, ambient temperature, facility size, refrigeration system, insulation requirements, joint configuration and applicable project standards. EPACK Prefab can help evaluate the project requirements and identify a suitable panel configuration and thickness.