CBFI R&D Freon System Tube Ice Machine(1-30tons daily capacity) and Ammonia System Tube Ice Machine(10-80tons daily capacity) .The large tube ice machine is a mechanical device for producing tube ice. It has a hollow or solid cylinder that is widely used for beverage cooling in cafes, bars, restaurants and hotels.

The tube ice machine is a regular cylindrical hollow transparent ice cube with a diameter of 22-42 mm, a length of 25-50 mm, uniform size, beautiful appearance, transparent and hygienic. The tube ice machine is suitable for edible ice factories, ports, docks, hotels, aquatic food preservation, logistics preservation, chemical industry, concrete engineering, industrial cooling, Fu Na and other industries.

The working conditions of the tube ice machine: the design working conditions of the Taber tube ice machine are: ambient temperature: 33 ℃, water supply temperature: 20 ℃, which can be designed according to the customer's local climate environment.


Specifications of cbfi tube ice machine: standard tube ice, diameter of 22, 29, 38, 35 and 42, inner hole is (3mm-15mm);


Power requirements for cbfi tube ice machine: international standard all-electric power supply


cbfi tube ice machine adapts to the working conditions: environment: 5℃~55℃, water supply: 5℃~35℃.



The ice making principle of the cbfi tube ice machine;



The main part of the tube ice machine is the tube ice evaporator, which consists of a barrel body and multiple vertical 304 stainless steel tubes inside, and the bottom is a water tank. A baffle at the top of the evaporator sprays water evenly into each pipe in a spiral fashion. The excess water is collected by the tank at the bottom and pumped back to the deflector at the top of the evaporator by a water pump. After freezing, the hot air from the compressor enters the evaporator to de-icing.


Use good materials and accessories to produce each product, and give a set of vulnerable parts of the tube ice machine; professional online technical training or on-site technical training for tube ice machines to ensure that every customer can operate and maintain the tube ice machine proficiently. ice machine equipment;



Advantages of tube ice machine


The tube ice produced by the tube ice machine is uniform in size, clean and transparent. The tube ice machine is produced with accessories and automatically controlled. The machine is designed to minimize de-icing time, thereby increasing ice-making efficiency. The entire deicing time is controlled within 60-180 seconds. This is a good tube ice maker.



1. Fast ice making: The tube ice machine is an ice machine designed with patented technology, which can complete the entire ice making process within 90 seconds and improve the ice making efficiency


2. Material: 304, 316 stainless steel, beautiful and hygienic, easy to clean.


3. Automatic control of the tube ice maker: using a microcomputer control system, the operation is simple, safe and stable.


4. Energy saving: the ice making speed is fast, the ice is dry and transparent, it is not easy to melt, the falling ice is clean, and the ice is discharged every 15 minutes

5. Structure optimization of the tube ice machine: Modular design, all parts of the machine can be disassembled and assembled, which is convenient for customers to maintain.


6. Scientific design and advanced processing technology


The structure design of the tube ice machine is scientific, and the ice-making system is tailored according to the actual needs of users. The tube ice machine adopts the world's advanced ice-making technology and processing and testing equipment. Each part is processed under strict process requirements and undergoes strict testing before use.



7. The tube ice machine has high reliability and low failure rate


80% of the accessories of the tube ice machine system are branded. After years of research and practice, tube ice machine products can operate continuously without failure under the ambient temperature of 5°C-40°C, maintaining good operation and stable ice production, and specially designed models are used in harsh conditions (-5°C). ~+56℃) can also operate normally.