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30 Tons Flake Ice Machine Stainless Steel Evaporator For Concrete Processing
A 30 ton flake ice machine is an essential equipment in concrete processing, and a stainless steel evaporator can significantly enhance its performance and durability.
1. Corrosion Resistance
Stainless steel is known for its excellent corrosion resistance, which is crucial in a 30 ton flake ice machine environment where water, chemicals, and high humidity are prevalent. A stainless steel evaporator can withstand severe conditions and maintain its structural integrity, ensuring a long-lasting and reliable machine with minimal maintenance.
2. Hygiene and Safety
Stainless steel is non-porous and easy to clean, making it an excellent choice for applications that require strict hygiene levels, such as food or medical industries. The same applies to a 30 ton flake ice machine that is used in concrete processing. A stainless steel evaporator will not harbor bacteria or other microorganisms that could contaminate the ice, ensuring that the ice remains safe and hygienic for use.
3. Energy Efficiency
A stainless steel evaporator has a robust and efficient design that maximizes heat transfer, reducing the energy required to produce ice. This translates to lower operating costs and improved sustainability, an important consideration in today's environmental-conscious world.
4. Durability
Stainless steel is a strong and durable material that can withstand heavy wear and tear. A 30 ton flake ice machine that uses a stainless steel evaporator will have a prolonged lifespan, ensuring that the machine operates optimally for many years.
5. Aesthetics
Beyond its functional benefits, a stainless steel evaporator adds a sleek and modern look to a 30 ton flake ice machine, enhancing its overall aesthetics. This may not be a crucial aspect of a machine's performance, but it can influence a customer's decision when choosing among different models.
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. |