Containerized Flake Ice Machine

This containerized flake ice machine is a specially designed ice making machinery LIER provides to satisfy customers’ needs. All its components are mounted within a container which together with the automatic ice storage system, ice conveying system and other systems could form a mobile ice making equipment. The container we employ is the new standard 20ft container or the 40ft container. Specifically, a 40ft one could be used to assemble a large flake ice maker of a maximum ice-making capacity of 60t/d. Now, we could provide the 20ft containerized flake ice machine and 40ft containerized flake ice machine.

Features of Containerized Flake Ice Machine
The containerized flake ice generator our company provides to you enjoys a relatively wide range of ice-making capacity from 5t/d to 30t/d. Each component of the ice machine will be tested strictly before the delivery. In this way we can ensure that the entire containerized flake ice machine satisfies the technical requirements of our customers. As integrated machinery, this containerized ice maker could be transported, moved and debugged as a whole, operating at anywhere quantities of flake ice is needed.

Operation Environment and Conditions
Power supply: 380-480V/50Hz/3P, 380-480V/60Hz/3P, 220V-240V/50Hz/3P, 220-240V/60Hz/3P
Standard working conditions:
Evaporating temp.: -20℃
Condenser temp.: 40℃
Ambient temp.: 25℃
Refrigerant: R22 or R404A
Cooling system: water cooling system, air cooling system or evaporative cooling system
The above ice machine specifications are subject to change without prior notice.

Trade Terms
Installation
Each ice machine is thoroughly inspected and tested before delivery; customers only need to connect the machine to water pipes and the power supply. We provide the drawing and operation manual to help guide your installation.
Warranty
18 months after B/L date
Delivery Time
15-35 working days after receiving the deposit
Terms of Payment
T/T, Western Union, L/C
Packaging
Standard export wooden case, container