In large-scale cold chain logistics centers, food processing plants, offshore fishing bases, and sports events, the CBFI 15 ton direct cooling block ice maker is becoming a benchmark product in the industrial refrigeration field with its core advantages of "fast ice production, precise temperature control, and ultra-low energy consumption".
Upgrading of industrial refrigeration demand and market gap
Traditional industrial ice making equipment faces multiple challenges:
• Capacity bottleneck: Most equipment has a daily output of less than 10 tons, and large factories require multiple units in parallel to meet demand, increasing space occupation and maintenance costs.
• High energy consumption: Indirect cooling technology relies on a circulating water system, resulting in a high load on the compressor. Each ton of ice produced consumes 2.5-3 kWh of electricity, and long-term operating costs remain high.
• Poor temperature stability: In non direct cooling mode, the temperature difference between the inside and surface of ice cubes can reach 2-4 ℃, which can easily cause thawing or supercooling damage to frozen products.
• Lack of intelligence: Most devices still require manual inspection and adjustment, making it difficult to adapt to industrial scenarios with 24-hour continuous production.
The breakthrough of CBFI direct cooling technology has solved these problems from the source.
15 ton direct cooling ice maker:
1. Direct cooling technology: dual guarantee of efficiency and stability
Traditional ice makers often adopt an indirect cooling mode of "refrigerant carrier ice", which involves multiple heat transfer links and low efficiency. The CBFI direct cooling technology directly contacts the refrigerant with water, achieving a heat exchange efficiency improvement of over 30%
• Ice making speed: The direct cooling system can shorten the freezing time of ice blocks to 4-5 hours, and the maximum daily ice production can reach 15 tons or exceed the production capacity, which is 40% higher than equipment of the same volume.
• Temperature difference control: The temperature difference between the center and surface of the ice block is ≤ 1 ℃, ensuring the cold chain safety of sensitive goods such as fresh produce and vaccines.
• Simplified structure: No need for circulating water pumps and refrigerant storage tanks, reducing equipment volume by 25% and saving factory space.
2. Energy saving design for all scenarios
Variable frequency compressor+intelligent start stop: dynamically adjust compressor power based on ice storage inventory, saving 35% -45% energy compared to traditional equipment.
3. Intelligence and reliability upgrade
• Edge computing+cloud platform: the local controller monitors 200+parameters in real time (such as water temperature, pressure, refrigerant flow).
• Self cleaning cycle: The inner liner is made of 304 stainless steel and nano coating, combined with automatic drainage and sewage programs to reduce scale deposition, and the maintenance cycle is extended to 1 year/time.
• Safety redundancy design: dual power switching, power-off protection, and anti freezing sensors ensure stable operation of the equipment in extreme environments.
Value verification in industry scenarios
1. Cold chain logistics: from "insufficient ice" to "precise chain control"
Double production capacity
• Temperature stability
• Cost optimization
2. Fishery processing: from "weather dependent" to "all-weather production"
• Quick ice replenishment: Meet the daily ice replenishment needs of fishing boats returning to port, avoiding delays in seafood processing due to insufficient ice.
• Ice cube strength improvement: Direct cooling technology increases the density of ice cubes, with a single weight capacity of 50kg and a 30% reduction in transportation losses.
• Environmental compliance: Use environmentally friendly refrigerants, obtain EU CE certification, and avoid environmental barriers in international trade.
3. Sports venues and large-scale events: customized cooling services
• Quick deployment: CBFI equipment can be installed and debugged within 48 hours.
• Size customization: According to the thickness requirements of the ice rink.
• Precise temperature control: The ice temperature is maintained at -10 ℃ to ensure the hardness of the ice surface and the safety of the event.
The CBFI 15 ton direct cooling block ice maker is not only an efficiency improvement tool for industrial refrigeration, but also a key asset for enterprises to achieve cost reduction, efficiency improvement, and green transformation. With "direct cooling technology+intelligent control" as its core, it solves the pain points of production capacity, energy consumption, and stability of traditional equipment, providing quantifiable and replicable solutions for cold chain upgrading.
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