Choosing the right floor is essential in cold storage facilities for protecting products, reducing heat losses and creating a durable and efficient cold room system. In professional storage facilities where forklifts, pallet trucks, rack systems and heavy products are used, both the load-bearing capacity and thermal insulation performance of the floor panel should be carefully evaluated. A 150 mm plywood floor panel is a specialized floor solution that can be used in cold rooms, cold storage facilities, freezer rooms and shock freezing rooms where high thermal insulation and mechanical strength are required. What Is a 150 mm Plywood Floor Panel? A 150 mm plywood floor panel is a specially manufactured cold room floor panel consisting of high-density polyurethane (PUR), PIR or another suitable insulation material combined with a durable plywood surface. The primary purpose of the panel is to help maintain the desired internal temperature of the cold room, reduce heat transfer through the floor and provide a suitable surface for mechanical loads during operation. When selecting a floor panel, it is important to consider more than just panel thickness. Insulation density, surface coating, subfloor construction, load distribution and operating temperature should also be evaluated. 150 mm Plywood Floor Panel Technical Specifications ``` ``` Technical Specification Description Panel thickness 150 mm Insulation High-density PUR/PIR options Surface Plywood / water-resistant plywood options Thermal conductivity Depends on the selected insulation material Joint system Interlocking or tongue-and-groove panel system Load capacity Determined according to the project and load distribution Moisture resistance Depends on the selected surface and insulation system Operating temperature Options available for positive and negative temperature applications Surface characteristics Durable, cleanable and application-specific surface options Applications Cold rooms, cold storage, freezer rooms and shock freezing rooms Manufacturing Custom production according to project dimensions and load requirements Why Is a Cold Room Floor Panel Important? A cold room is not simply a structure consisting of walls and a ceiling. Adequate floor insulation can contribute to maintaining temperature stability and improving the overall efficiency of the refrigeration system. Helps reduce heat transfer through the floor. Can help reduce unnecessary refrigeration operating time. Contributes to better control of energy consumption. Helps reduce condensation and moisture-related problems. Supports a durable floor design. Can be designed for areas exposed to forklift and pallet truck traffic. For this reason, the floor, walls, ceiling, doors and refrigeration equipment should be evaluated as an integrated system when designing a cold storage facility. Advantages of 150 mm Plywood Floor Panels High Thermal Insulation The appropriate high-density insulation material inside the panel helps maintain the required cold room temperature. This is particularly important for freezer rooms and low-temperature applications. Mechanical Strength A plywood surface, when combined with appropriate structural design and subfloor construction, can provide a durable floor for demanding applications. Floor design should be based on the expected loads where forklifts, pallet trucks, racks and heavy products are used. Moisture Resistance Moisture and condensation are important considerations in cold storage facilities. Therefore, the resistance of the floor panel to water and moisture should be evaluated according to the application conditions. Easy Cleaning Hygiene is an important requirement in food storage facilities. A floor surface that is easy to clean can simplify routine maintenance and cleaning operations. Floor Selection for -18°C and -25°C Cold Rooms Floor selection requires additional attention in -18°C, -25°C and lower-temperature cold room systems. Panel thickness Insulation material Insulation density Floor loading Subfloor construction Moisture and condensation control Vapor barrier design Thermal bridge prevention Especially in applications such as shock freezing rooms, the floor should be designed according to the operating temperature and expected loads rather than relying on a standard floor solution. Cold Room Doors and Floor Panels Should Be Planned Together The cold room door, floor system and panel joints are important components of an efficient cold room. Improper insulation around the door, threshold areas and floor connections can lead to heat losses and condensation problems. Therefore, the cold room door, cold room panel, floor panel and refrigeration equipment should be designed to work together as an integrated system. What Affects Cold Room Panel Prices? The cold room panel price is not determined by panel thickness alone. The insulation material, surface coating, panel dimensions, density, production quantity and project specifications can all affect the final price. Cold room door price Cold room refrigeration equipment price Cold room system price When calculating the total project cost, the room volume, target temperature, application, insulation specifications and required refrigeration capacity should be taken into account. For professional pricing, it is generally more accurate to evaluate the complete project rather than calculating the cost only on a square-meter basis. Modular Cold Rooms and Turnkey Systems Different modular cold room solutions can be designed according to the needs of individual businesses. Modular systems can be manufactured in different dimensions and customized according to storage capacity and application requirements. In turnkey cold room projects, panels, flooring, doors, refrigeration equipment, electrical systems and controls can be planned as one integrated system. A turnkey cold room installation can be an efficient option for businesses that prefer to receive the complete system as a single project. Portable and Container Cold Room Solutions Businesses requiring refrigeration space in different locations or without permanent building space can consider portable cold storage solutions. Containers can also be insulated and equipped with suitable refrigeration equipment to create a container cold room. The floor structure remains an important part of these systems. Depending on the intended application, plywood flooring, reinforced flooring or alternative surface coatings can be incorporated into the project. Can a Residential Cold Room Be Built? Small-capacity residential or small-scale cold rooms can be designed according to specific requirements. Restaurants, farms, businesses and private storage areas may require compact cold storage solutions. Even in small-scale systems, the floor, panel thickness, door, refrigeration equipment and required operating temperature should be evaluated together. How Should Cold Room Systems Be Planned? The first step in a successful cold room system design is to determine the intended application. Meat and meat products Dairy products Fruits and vegetables Frozen foods Pharmaceutical and medical products Flowers and plants Industrial products Different product groups may require different temperatures and storage conditions. Therefore, when selecting refrigeration systems, room volume, product load, ambient temperature, target temperature, door opening frequency and operating conditions should be considered. Professional Design for Cold Room Floor Panels Selecting the correct floor panel can have a significant impact on the overall performance of a cold room. In commercial and industrial storage facilities with heavy loads, panel thickness should be evaluated together with load capacity, surface construction and subfloor design. Keskinso Refrigeration Engineering provides project-oriented solutions for cold rooms and cold storage facilities, from manufacturing through installation. With 45 years of manufacturing experience, Keskinso can provide project-specific solutions for cold rooms, cold storage facilities, cold room panels, cold room doors, refrigeration equipment and cold room systems. Conclusion The 150 mm plywood floor panel is an important floor solution that can be considered for cold room and cold storage applications requiring high thermal insulation and mechanical strength. When selecting the appropriate panel, it is important not to consider only the 150 mm thickness. Operating temperature, product load, forklift or pallet truck traffic, floor surface, moisture conditions and subfloor construction should all be evaluated together. For an accurate cold room price, cold room panel price, cold room door price and cold room refrigeration equipment price, the technical requirements of the project should first be determined. Keskinso Refrigeration Engineering 45 years of manufacturing experience. Professional cold room and cold storage solutions: Corporate Contact 📞 +90 537 917 16 95 🌐 keskinso.com Keskinso Refrigeration Engineering – When it comes to cold rooms, think Keskinso. Frequently Asked Questions What is a 150 mm plywood cold room floor panel? A 150 mm plywood cold room floor panel is a specially insulated floor panel designed for cold rooms and cold storage facilities requiring high thermal insulation and mechanical strength. Where are 150 mm plywood floor panels used? They can be used in cold rooms, cold storage facilities, freezer rooms, shock freezing rooms and professional storage areas exposed to heavy loads. Are 150 mm plywood floor panels suitable for forklift traffic? They can be considered for forklift and pallet truck applications when suitable structural design, subfloor construction and load distribution are provided. The final load capacity should be determined according to the project requirements. Can 150 mm floor panels be used in -18°C and -25°C cold rooms? Yes, they can be considered for low-temperature applications when the insulation material, density, vapor barrier, subfloor and thermal bridge details are properly designed for the intended operating conditions. How is the price of a cold room floor panel determined? The price depends on panel thickness, insulation material, density, surface coating, dimensions, production quantity and project specifications.