
Cold Room Panels are insulated sandwich panels engineered for the construction of temperature-controlled enclosures. These panels consist of a rigid insulation core bonded between metal facings and are designed to minimize thermal transmission across the building envelope.
They are used in refrigerated and cold storage facilities where maintaining controlled internal temperatures and reducing heat ingress are critical to operational performance.
Functional System Description
Cold Room Panels function as part of a thermally insulated enclosure system:
The high-density insulation core (PUF or PIR) reduces conductive heat transfer.
The metal facings provide structural rigidity and surface durability.
Precision jointing systems (such as camlock or tongue & groove) enhance panel alignment and enclosure tightness.
The modular panel system supports controlled installation and integration with doors, floor systems, and ceiling assemblies.
Thermal performance is influenced by panel thickness, joint detailing, vapor control strategy, and installation quality.
Cold Room Panel Variants
| Variant | Primary Function | Technical Role in System |
|---|---|---|
| Wall / Ceiling Panel | Thermal enclosure | Forms insulated vertical and ceiling barrier for temperature control |
| Double Tongue & Groove Panel | Airtight jointing | Interlocking joint system enhances insulation continuity and reduces air infiltration |
| Camlock Panel | Modular cold room construction | Mechanical locking system ensures panel alignment and enclosure tightness |
| Floor Slabs | Insulated base system | Provides load-bearing insulated flooring to reduce ground heat gain |
Attributes
Low Thermal Conductivity Core
Rigid insulation reduces heat gain into temperature-controlled spaces.
Airtight Jointing Systems
Camlock and interlocking joints improve enclosure integrity and reduce air infiltration.
Moisture-Resistant Construction
Closed-cell foam structure limits moisture absorption within the insulation core.
Structural Stability
Metal facings provide mechanical strength for wall and ceiling applications.
Applications

Pharmaceutical & Vaccine Cold Storage
Precision-controlled environments for medicines, vaccines, and temperature-sensitive healthcare products.

Ice Cream & Frozen Foods Storage
Reliable freezing environments that preserve product quality and consistency.

Fruit & Vegetable Cold Storage
Controlled storage to extend shelf life and reduce post-harvest losses.

Cold Chain Logistics Facilities
Temperature-controlled warehouses and distribution hubs supporting cold chain continuity.

Agriculture & Horticulture Storage
Controlled environments for preserving seeds, planting material, and agricultural produce.

Poultry & Meat Processing
Temperature-controlled spaces supporting hygienic processing and cold storage of meat products.

Brewery and Beverage Storage
Provides the necessary environment for brewing and storing beverages.

Floral Storage
Keeps flowers fresh by maintaining controlled temperature and humidity levels.
Why Mount Cold Room Panels
Mount Roofing & Structures supplies insulated panel systems designed for integration within temperature-controlled infrastructure. As an experienced cold room panel manufacturer, Mount engineers panels with controlled core density and joint configurations suited for industrial cold storage applications.
Cold room panels are engineered to coordinate with:
Structural steel systems
Insulated floor assemblies
Cold room doors and accessories
Roofing and enclosure systems
As a cold room panels supplier Mount makes sure to focus that Panel thickness, joint configuration, and surface finishes are selected in accordance with project-specific thermal and operational requirements.
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Frequently Asked Questions
They are insulated sandwich panels designed for refrigerated and temperature-controlled enclosures.
Typically rigid PUF or PIR insulation cores are used.
Thickness is selected based on required internal temperature and insulation performance.
Camlock mechanisms provide mechanical locking to improve alignment and joint tightness.
Yes, variants are available for vertical and overhead installations.
By minimizing thermal transmission through insulated wall and ceiling systems.
The closed-cell foam core limits moisture absorption.
Camlock-based systems allow disassembly when required.
Vapor control strategy depends on temperature differential and project design.
Panel thickness, joint detailing, door systems, floor insulation, and HVAC design collectively influence performance.





