The flat plate quick freezing device for seafood fast frozen and storage
Bolang made a detailed analysis of the structure, system and operation conditions of the flat plate quick-freezing device. According to the actual use in production, one of the main factors affecting the operation energy consumption is the liquid supply mode of the flat plate machine. Good results have been obtained after the improved test, which can be applied to the actual production of frozen shrimp or fish. The freezing speed of aquatic products is greatly improved under the condition that the refrigerating machine is unchanged, i.e. the refrigerating capacity is unchanged.
Flat plate quick-freezing devices are essential in large and medium-sized fishing boats and land-based aquatic product processing plants. They are also key energy consumers in frozen processing operations. Research into energy-saving technologies, particularly practical upgrades for existing equipment, is crucial for reducing energy use. Factors like refrigeration efficiency, plate design, and heat exchange performance significantly affect energy consumption. These aspects fall under equipment development, but optimizing operating energy use remains the priority for existing systems.
The flat plate library is a core component of the freezing machine, providing both insulation and structural support. Its insulation function maintains low temperatures during operation, minimizing cold loss. Simultaneously, it supports the weight of internal components like evaporation plates and hydraulic systems. This dual role ensures efficient freezing while maintaining system stability under varying loads.
To achieve these functions, polyurethane boards are commonly used for insulation, combined with embedded load-bearing frames. The polyurethane material provides excellent thermal insulation, while the frame ensures robust structural support. This design balances energy efficiency and durability, making it ideal for modern quick-freezing applications. Such configurations help enhance performance while meeting energy-saving goals.