Icesta 10 Ton Containerized Flake Ice Machine - Commercial Ice Making Plant

1.Fastest melting time of Flake Ice compared to any other ice.

1. 2.Shortest mixing time as Flake Ice melts Rapidly

2. 3. Longer lifespan of the Batch plant equipment and cost saving due to short mixing time

3. 4.The cooling energy is 100%e or Even Higher as the flake ice is Subcooled (-7 degrees)

4. 5. Due to the dryness, the cooling input of flake ice can be accurately calculated and itseffects on the mixture’s temp is quickly apparent
   

6.Flakes remain crisp and do not stick together nor do they form Blocks

7.Flakes are free Flowing

8. Easy to be Stored leveled inside a refrigerated lce Rake System

9.Easy to Transport via screw conveyors or Blowing System

l0.No defrost losses as subcooled flake ice is sheared from freezing surface by the iceremoval tools

1 .Mobile type, starting from 20 metric tons up to 100 metric tons

2.Robust steel used for the ice rake assembly and Ice Rake Hoist System

3.Reliable Sensors and Limit Switches to control the movement of Auto Ice Storage Room Automatically

4.Efficient Air cooler to keep the room temp down to -l0 degrees

5.100- 150 mm thickness Pancls keep the cold inside the room

1.Robust design suitable for severe working conditions

2.Single and Dual Screw Design, with a designed delivery rate of 25-40T per Hour

3.Renowned Gearbox with Motor ensures the high quality of ICESTA Brand.

4.Single or Dual lce outlet for one or two ice outlet, which can deliverice at sametime to twin batch plants.

5.Stainless material or Galvanized Steel optional.

2. Multi-stage cooling from +45℃ down to less than 1℃ by 2 semihermetic screw/reciprocating compressors with economizer performance.

3.Plate heater exchanger as evaporators (corrosion-free) for high-efficiency heat transfer.

4.Stainless Ice tank (corrosion-free) for the ice bank system.

5.Evaporative condensers (corrosion-fee) for High efficiency heat rejection.

6.With our special designed multi-stage cooling system for fresh water cooling of concrete batching plants extraordinary high COP’ s can be achieved;