Blast freezing equipment is an essential part of modern industrial refrigeration systems, especially in the frozen food industry. These systems are designed to rapidly reduce product temperature while maintaining controlled freezing conditions.
KESKİNSO manufactures industrial blast freezing equipment for different production capacities and applications. Standard solutions can be designed for approximately 30 kg to 5,500 kg of product capacity, with applications based on approximately 12-hour or 24-hour blast freezing processes.
KESKİNSO – 45 Years of Manufacturing Experience
Industrial blast freezing equipment, cold rooms, cold storage systems, refrigeration equipment and turnkey refrigeration solutions.
What Is Blast Freezing Equipment?
Blast freezing equipment is an industrial refrigeration solution designed to reduce the temperature of products rapidly and under controlled conditions.
Blast freezing is widely used in food processing facilities, meat processing plants, poultry facilities, seafood production, frozen vegetables, fruit processing and other applications where products need to be cooled or frozen quickly.
The primary objective of blast freezing is not simply to reduce the temperature of the product surface. The critical objective is to reduce the core temperature of the product to the required target level while protecting product quality.
KESKİNSO Blast Freezing Systems
KESKİNSO develops and manufactures blast freezing systems for different industrial applications and production capacities.
Standard solutions can be designed for product quantities ranging from approximately 30 kg to 5,500 kg. Depending on the product characteristics and production requirements, freezing processes can be designed for approximately 12-hour or 24-hour applications.
The correct system cannot be selected based only on product weight. Product type, initial temperature, target temperature, packaging, product thickness, loading arrangement and required freezing time must also be evaluated.
How Does a Blast Freezing System Work?
The basic operating principle of a blast freezing system is to accelerate heat transfer between the product and low-temperature circulating air.
Cold air is circulated inside the room using evaporators and high-performance fans. The controlled movement of air around the products increases heat transfer and helps reduce product temperature efficiently.
A professional blast freezing system should be designed according to several important parameters, including:
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Product inlet temperature
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Target product temperature
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Product core temperature
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Product quantity
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Required freezing time
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Cold room volume
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Evaporator capacity
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Compressor capacity
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Air circulation
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Insulation performance
Blast Freezing at Approximately -40°C
Low-temperature refrigeration systems are especially important in applications where products need to be rapidly cooled or frozen.
Depending on the project requirements and operating conditions, KESKİNSO blast freezing equipment can be designed for low-temperature applications reaching approximately -40°C.
After the blast freezing process, frozen products may need to be transferred to a cold storage room where they can be maintained at temperatures such as -18°C or -25°C, depending on the product and storage requirements.
Blast freezing and long-term cold storage should be considered as two different processes. Blast freezing rapidly reduces product temperature, while cold storage maintains the product at a predetermined temperature.
The Importance of Blast Freezing Equipment in the Frozen Food Industry
In the frozen food industry, temperature control is an important part of maintaining consistent production quality.
Meat, poultry, fish, seafood, vegetables, fruits, bakery products and other food products may require carefully designed blast freezing solutions.
The product core temperature is particularly important during the freezing process. Therefore, the capacity and design of the blast freezing equipment should be selected according to the actual production requirements.
KESKİNSO provides industrial refrigeration equipment and blast freezing solutions for different applications.
Evaporator Selection for Blast Freezing Systems
The evaporator is one of the key components of a blast freezing system. Correct evaporator selection has a direct impact on cooling performance and air circulation.
Depending on the application, room coolers can be designed as floor-mounted or ceiling-mounted evaporator systems.
Evaporator capacity, fan airflow and air distribution should be calculated according to the product load and room configuration. Proper air distribution helps provide more consistent cooling throughout the room.
Compressors Used in Blast Freezing Equipment
The compressor is one of the most important components of an industrial blast freezing system.
Depending on the application, KESKİNSO blast freezing equipment can utilize two-stage semi-hermetic compressors designed for low-temperature refrigeration applications.
Compressor selection should consider cooling capacity, evaporation temperature, product load, evaporator capacity and the required operating conditions of the refrigeration system.
Blast Freezing Room and Cold Room Panels
The performance of a blast freezing system does not depend only on the refrigeration equipment. Proper insulation is also essential.
High-quality cold room panels should be selected according to the room temperature, ambient conditions and application requirements.
The correct panel thickness and insulation characteristics help reduce heat transfer from the outside environment into the cold room.
Poor insulation can increase cooling losses, extend compressor operating times and increase energy consumption.
Why Is a Cold Room Door Important?
Cold room doors play an important role in maintaining temperature stability inside a blast freezing room.
A properly selected cold room door should provide appropriate insulation and sealing performance.
Door selection should consider insulation thickness, gasket design, dimensions, operating frequency, room temperature and door opening direction.
How Is Blast Freezing Capacity Calculated?
Selecting a blast freezing system requires more than simply knowing the weight of the product.
For example, freezing 1,000 kg of product within 12 hours requires a different refrigeration capacity than freezing the same quantity within a significantly shorter period.
Important parameters include:
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Daily production quantity
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Product quantity per batch
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Product inlet temperature
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Target product temperature
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Required freezing time
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Product type
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Product thickness
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Packaging type
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Room dimensions
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Ambient temperature
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Door opening frequency
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Insulation characteristics
Blast Freezing Solutions from 30 kg to 5,500 kg
KESKİNSO develops blast freezing solutions for businesses with different production capacities.
Standard solutions can be designed for approximately 30 kg to 5,500 kg of product capacity.
Depending on the product characteristics, required target temperature and refrigeration capacity, systems can be designed for approximately 12-hour or 24-hour freezing applications.
Modular Cold Room and Blast Freezing Systems
Businesses requiring flexible room dimensions may benefit from modular cold room solutions.
Modular cold rooms can be designed according to available space, product capacity and production requirements.
This type of system can provide flexibility for businesses that may increase their production capacity in the future.
Turnkey Cold Room and Blast Freezing Installation
A professional blast freezing system consists of more than refrigeration equipment alone.
Cold room panels, doors, evaporators, compressors, control systems, electrical infrastructure and installation must work together as an integrated system.
For this reason, businesses may prefer turnkey cold room solutions.
KESKİNSO can develop turnkey cold room installation projects according to the technical requirements of the business.
Portable Cold Storage Solutions
Businesses that require refrigeration at different locations may consider portable cold storage solutions.
Portable cold storage systems can be designed for different applications and operating requirements.
Container Cold Room Systems
Container-based refrigeration applications can utilize container cold room solutions.
Container cold rooms can be considered for food storage, logistics, temporary storage, field operations and various industrial refrigeration applications.
Cold Room Prices and Blast Freezing Equipment Prices
Cold room prices and blast freezing equipment prices depend on the technical specifications of each project.
The cost of a complete system may include the cold room panels, cold room door, refrigeration equipment, evaporator, compressor, control equipment and installation.
Important factors affecting the total project cost include:
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Cold room dimensions
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Panel thickness
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Panel type
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Cold room door dimensions
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Refrigeration capacity
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Compressor type
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Evaporator type
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Target temperature
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Product capacity
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Blast freezing time
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Electrical infrastructure
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Installation requirements
For this reason, businesses should compare complete technical specifications rather than evaluating a refrigeration system only by its initial purchase price.
Energy Efficiency in Refrigeration Systems
Energy efficiency is an important consideration when designing industrial refrigeration systems.
An oversized refrigeration system may consume unnecessary energy, while an undersized system may require longer operating times and may not achieve the required freezing performance.
For this reason, compressor capacity, evaporator capacity, insulation, room volume and operating conditions should be evaluated together.
Home Cold Room Solutions
Smaller applications may require a home cold room or a compact refrigerated storage area.
However, the correct system should always be selected according to the intended use, product quantity, required temperature and operating time.
Refrigeration requirements can range from small storage areas to large industrial blast freezing facilities, so the required capacity should be determined during the project planning stage.
What Should You Consider When Choosing Blast Freezing Equipment?
Before purchasing a blast freezing system, businesses should consider the following questions:
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What product will be frozen?
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What is the product inlet temperature?
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What is the required core temperature?
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How many kilograms will be frozen per batch?
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How quickly must the freezing process be completed?
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What is the daily production capacity?
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What are the required room dimensions?
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What insulation panel thickness is required?
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Should the evaporator be floor-mounted or ceiling-mounted?
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What compressor capacity is required?
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What are the cold room door dimensions?
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How frequently will the door be opened?
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Is the electrical infrastructure suitable?
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Can the system accommodate future production growth?
Professional Blast Freezing Solutions by KESKİNSO
KESKİNSO has been manufacturing refrigeration solutions for 45 years, providing products and systems for cold rooms, cold storage facilities, blast freezing applications and industrial refrigeration.
From cold storage systems to blast freezing equipment, cold room panels, cold room doors and refrigeration equipment, KESKİNSO can develop solutions according to project requirements.
Our objective is not simply to supply refrigeration equipment. We aim to develop an appropriate system by considering product capacity, target temperature, freezing time, room dimensions, insulation and operating conditions.
Whether you need blast freezing equipment, cold room systems, cold storage, modular cold rooms, turnkey cold rooms, portable cold storage or container cold rooms, KESKİNSO can provide project-based refrigeration solutions.
Frequently Asked Questions About Blast Freezing Equipment
What is blast freezing equipment?
Blast freezing equipment is an industrial refrigeration system designed to rapidly reduce product temperature and provide controlled cooling or freezing conditions.
What capacities are available from KESKİNSO?
KESKİNSO can manufacture blast freezing systems for different applications, including standard solutions for approximately 30 kg to 5,500 kg product capacities.
How cold can KESKİNSO blast freezing systems operate?
Depending on project design and operating conditions, KESKİNSO blast freezing systems can be designed for low-temperature applications reaching approximately -40°C.
What is the difference between blast freezing and cold storage?
Blast freezing is used to rapidly reduce the temperature of products, whereas cold storage is designed to maintain products at a specified temperature for longer-term storage.
How is blast freezing equipment pricing determined?
Pricing depends on product capacity, room dimensions, target temperature, freezing time, compressor, evaporator, insulation panels, cold room doors, controls and installation requirements.