Choosing the right floor system is essential for product safety, energy efficiency, durability and long-term performance in cold rooms and cold storage facilities. Especially in commercial and industrial applications, an 80 mm plywood floor panel can provide a combination of thermal insulation and mechanical strength. Keskinso Refrigeration Engineering has been manufacturing refrigeration solutions for 45 years, providing professional solutions for cold rooms, cold storage facilities, cold room panels, cold room doors and refrigeration systems. What Is an 80 mm Plywood Floor Panel? An 80 mm plywood floor panel is an insulated sandwich panel designed for use as a floor system in cold rooms and cold storage facilities. The panel generally contains rigid polyurethane (PU/PUR) insulation at its core. A plywood surface of approximately 9–10 mm can be used on the upper side, while the lower surface may be covered with galvanized steel depending on the application. This construction helps reduce heat transfer, maintain cold air inside the room and improve the mechanical performance of the floor. 80 mm Plywood Floor Panel Technical Specifications Technical Specification Value Panel type Plywood cold room floor panel Panel thickness 80 mm Upper surface Approximately 9–10 mm plywood Insulation Rigid PU/PUR PU density Typically 40–42 kg/m³ Thermal conductivity Approximately λ ≤ 0.023 W/m·K Lower surface Galvanized steel Joint system Interlocking / eccentric locking system Distributed load Approximately 2,000 kg/m² depending on the product Optional surface CrNi stainless steel or PVC Applications Cold rooms, cold storage and frozen product storage Technical specifications may vary depending on the manufacturer and panel construction. Load capacity, plywood thickness, PU density and thermal conductivity should therefore be checked against the manufacturer's technical documentation before purchase. Advantages of an 80 mm Plywood Floor Panel High Thermal Insulation In a cold room system, the floor is more than simply a surface on which products are placed. Adequate floor insulation helps maintain the required temperature and can contribute to reducing heat losses. An 80 mm PU-insulated plywood floor panel can provide effective thermal insulation when properly designed and installed for the specific application. Mechanical Strength A plywood upper surface can provide mechanical strength for cold room flooring. Depending on the design, it may be suitable for pedestrian traffic, hand carts and appropriately selected wheeled equipment. However, areas where forklifts or other equipment generating high point loads will operate require additional engineering evaluation. Wheel loads and point pressure should not be assessed solely by using a distributed load value. Surface Coating Options Depending on project requirements, different surface options can be considered. CrNi stainless steel or suitable PVC surfaces may be preferred where hygiene, cleaning and operational requirements are important. Practical Installation Interlocking or eccentric locking panel systems can simplify and accelerate cold room floor installation. Correctly installed joints can also help minimize air leakage and thermal bridging. Where Are 80 mm Floor Panels Used? Cold rooms Cold storage facilities Meat and meat product storage rooms Fruit and vegetable storage facilities Dairy product storage rooms Supermarket cold rooms Food storage facilities Commercial cold rooms Industrial cold rooms Frozen product storage facilities Modular cold room systems Container cold room applications What Should You Consider When Selecting a Cold Room Floor Panel? A cold room floor panel should not be selected based solely on panel thickness. Operating temperature, room dimensions, stored products, floor loads, equipment traffic and environmental conditions should all be considered together. Panel thickness PU/PUR density Thermal conductivity Plywood thickness Surface coating Distributed load capacity Point load capacity Wheel loads Supporting floor capacity Panel joint system Operating temperature Hygiene and cleaning requirements What Determines Cold Room Panel Pricing? The cold room panel price is not determined by panel thickness alone. Surface material, PU density, plywood thickness, dimensions, locking system, coating and project quantity can all affect the final price. Similarly, when calculating the total cold room cost, the panels should not be considered separately. Doors, refrigeration equipment, electrical connections, installation, flooring and other auxiliary equipment may also need to be included. For this reason, project-based pricing generally provides a more accurate calculation of the total investment. Cold Room Doors and Floor Panels Should Be Evaluated Together A cold room is not simply a structure made of wall panels. The floor, ceiling, walls, door and refrigeration system should be evaluated as an integrated system. A cold room door is particularly important for maintaining temperature control. Door insulation, gasket design, dimensions and frequency of use can all affect system performance. Therefore, when comparing cold room door prices, technical specifications and intended application should be considered in addition to the purchase price. Refrigeration Equipment and Refrigeration Systems Selecting the correct refrigeration system is just as important as choosing the right floor panel. Refrigeration equipment should be selected according to room volume, target temperature, product load, door opening frequency and ambient temperature. When comparing cold room refrigeration equipment prices, it is important to consider not only the purchase price but also cooling capacity, operating conditions, refrigerant type and energy consumption. Properly selected refrigeration systems can help a cold room maintain the desired temperature range efficiently. Modular Cold Rooms and Turnkey Cold Storage Systems Modular cold room solutions can be designed for a wide range of applications, from small businesses to large industrial facilities. One of the main advantages of modular systems is their ability to be configured in different dimensions according to project requirements. For larger projects, turnkey cold room solutions can provide a more integrated approach. Panel production, flooring, doors, refrigeration equipment, installation and auxiliary equipment can be planned as part of a complete system. A turnkey cold room installation can reduce the need for the investor to coordinate multiple suppliers separately and can help the project progress in a more controlled manner. Home Cold Rooms and Portable Cold Storage In addition to professional commercial applications, specialized solutions can also be developed for private and small-scale use. For a home cold room, the appropriate panels, door and refrigeration equipment should be selected according to room volume and the required operating temperature. Portable cold storage solutions can also be considered for applications where refrigeration capacity needs to be moved between different locations. In particular, container cold rooms can be evaluated for logistics, agriculture, food storage and various commercial applications. Why Is Load Calculation Important for an 80 mm Plywood Floor Panel? A floor panel with a stated distributed load rating such as “2,000 kg/m²” does not necessarily mean that the floor can safely support a 2,000 kg forklift under every operating condition. A forklift transfers its load to the floor through specific contact points. Therefore, the following factors should be evaluated together: Wheel load Wheel contact area Point pressure Panel span Condition of the supporting concrete floor Load distribution Panel joints Engineering calculations are particularly important for cold storage facilities where heavy equipment traffic is expected. Conclusion: The Right Floor for an Efficient Cold Room An 80 mm plywood floor panel can provide thermal insulation, mechanical strength and practical usability in properly designed cold room and cold storage applications. However, panel thickness should never be evaluated on its own. Operating temperature, intended use, load requirements, supporting floor structure, refrigeration equipment and door system should all be considered as part of the complete project. Keskinso Refrigeration Engineering has been manufacturing refrigeration solutions for 45 years, providing professional solutions from production to installation for cold room and cold storage projects. Keskinso Refrigeration Engineering Corporate Contact 📞 +90 537 917 16 95 🌐 www.keskinso.com Cold rooms, cold storage facilities, cold room panels, cold room doors, refrigeration equipment and turnkey cold room solutions. 45 Years of Manufacturing Experience.