Guangzhou Icesource Refrigeration Equipment Co., LTD |
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Salt Water Flake Ice Machine For Ice Making For Ocean Fishing Cooling Seafood Processing
Ice machine for seawater is a unique and innovative solution for the cooling and preservation of seafood caught in the ocean. The machine uses seawater to make ice, which is then used to cool and preserve seafood on fishing boats or during the processing of marine products.
One of the main advantages of using seawater for ice production is that it is readily available, and there is no need to transport ice from shore to fishing boats. The ice produced by seawater is also cleaner and healthier than the conventional ice made from freshwater.
In addition, the use of the ice machine for seawater helps to preserve the catch by reducing spoilage. Fish and seafood require a particular temperature range for their safe storage, and the ice machine is capable of providing a consistent temperature for long periods, ensuring that marine products remain fresh and of high quality.
Seawater ice also has a lower melting point than freshwater ice, which means that it can maintain a lower temperature for longer periods, and it is more effective at cooling seafood. This makes it ideal for use on fishing boats and during the processing of seafood products. Marine products need to be kept at a temperature of around 0°C to 4°C to extend their shelf life, and the use of seawater ice helps to achieve this temperature range.
Fishermen and seafood processors require ice that is clean, fresh, and free from impurities. This is because the quality of the ice used for storing and transporting seafood can have a significant impact on the freshness and taste of the product. Seawater ice is produced using a natural filtration process that ensures the ice is free from any impurities, providing a clean and pure ice for cooling seafood.
Flake Ice Machine Parameters | |||||||
Model | Daily Output (T/24h) | Cooling method | Compressor Power | Fan Power for Cooling Tower | Cooling Pump Power | Unit Size (L*W*H mm) | Unit N.W. (KG) |
BF 500 | 0.5 | Air | 4.1 kw | -- | -- | 1280*800*800 | 160 |
BF 1000 | 1 | Air | 7.44 kw | -- | -- | 1320*900*900 | 210 |
BF 2000 | 2 | Air | 10 kw | -- | -- | 1750*1100*1050 | 360 |
BF 3000 | 3 | Water | 8.45 kw | 0.37 kw | 1.5 kw | 1500**1250*1260 | 1000 |
BF 5000 | 5 | Water | 13.49 kw | 0.75 kw | 2.2 kw | 1900*1500*1470 | 1100 |
BF 6000 | 6 | Water | 19.94 kw | 0.75 kw | 2.2 kw | 1900*1500*1470 | 1100 |
BF 8000 | 8 | Water | 24.2 kw | 1.5 kw | 2.2 kw | 2400*1900*1860 | 1300 |
BF 10000 | 10 | Water | 33.8 kw | 1.5 kw | 4 kw | 2500*2000*1860 | 1500 |
BF 15000 | 15 | Water | 44.5 kw | 1.5 kw | 4 kw | 3350*2150*1960 | 3200 |
BF 20000 | 20 | Water | 64 kw | 1.5 kw | 5.5 kw | 3400*2220*2230 | 4200 |
BF 25000 | 25 | Water | 76.5 kw | 2.2 kw | 5.5 kw | 3700*2250*2510 | 4600 |
BF 30000 | 30 | Water | 93.7 kw | 2.2 kw | 7.5 kw | 4700*2250*2520 | 5000 |
BF 40000 | 40 | Water | 118 kw | 2.2 kw | 7.5 kw | 5000*2300*2700 | 7500 |
1. Compressor brand: Bizter / Hanbell; Refrigerant: R507/R404R.*
Power supply: voltage 380 V/3P/50Hz (For non-standard voltage, unit
configuration needs to be calculated separately) 2. Operating conditions: T (water supply):20℃, T (ambient): 32℃, T (condensing): 38℃, T (evaporating): -20℃. 3. Note: The actual ice production varies due to the influence of water supply temperature and ambient temperature. 4. The final interpretation of the above mentioned parameters is in Icesource, there will be no further notice, if there is any technical change. |