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The 10t tube ice machine makes ice in the shape of tubes. They are mainly used in commercial and industrial settings. Here are some models of the 10-ton tube ice machine:
Direct Cooling Ice Maker Machine
This machine makes ice directly in the water container. The machine has a condenser that cools the water. As the refrigerant releases cooled air, the heat from the water freezes and forms ice. It will have a tube where the ice falls from after being cut. Direct cooling ice maker machines are easy to install because they don't need cooling water or air.
Non-Contact Ice Maker Machines
In these machines, the freezing of water to ice happens without contact. A stainless now in the machine receives cooled air from the refrigerant. It has a lot of heat exchanges that cool down and freeze the water. Then ice starts to form. After some time, the ice falls into a collection area. No water is needed in air-contact ice maker machines.
Vacuum Freezer Ice Maker Machine
This machine cools water and freezes it to ice in a vacuum container. The vacuum helps the water to freeze faster, and the ice can be made at any time. The machine also needs less space to operate and install.
The specification of the 10-ton ice machine maker is crucial to ensuring its proper operation.
Ice tube size:
The ice diameter of the tube ice machine is 25 to 32 mm, and the length varies from 50 mm to 70 mm. This large-size ice tube can fit into most containers. Moreover, the melting rate is low, which leaves the drinks cold.
Production capacity:
The production capacity of the 10-ton tube ice machine is 10 tons (10,000 kg) in 24 hours.
Refrigerant:
It is common to use ammonia (NH3) or freon (CHLOROFLUOROCARBON) as a tube ice-making machine refrigerant. Even though both are effective at heat removal, they have different environmental impacts and energy efficiencies. Businesses generally use freon in small ice-making machines, like the 5-ton ice-making machine, because it is acceptable in air conditioning and refrigeration. But, only large machines can use ammonia. It is a closed-loop system, so there will be no change in the amount of ammonia refrigerant used. Furthermore, ammonia provides greater energy efficiency and heat absorption than freon.
Power consumption:
The tube ice machine's power consumption is typically between 15 to 25 kw/h. The actual power use depends on various factors, such as room temperature, water temperature, and machine efficiency.
Proper maintenance can ensure a 10-ton ice machine tube maker works well.
Regular cleaning:
Ice-making machines need to be cleaned regularly, including wiping the water storage tank and ice mold. This step is important to keep machines hygienic and prevent bacteria growth.
Check water quality:
The water used to make ice must be pure. If not, mineral deposits will accumulate in machines, affecting performance and ice quality. Therefore, businesses can install water purification systems or regular filtration to improve water quality.
Check parts:
The machines have many parts, including ice-making molds, fans, condensing units, and more. They should be checked and cleaned regularly. It ensures that the machine works properly, and ice production is not affected.
Pay attention to performance:
Users should pay attention to the performance of ice machines, such as operating noise, refrigerating speed, ice-making time, etc. If any changes are found, promptly repair and replace faulty parts.
Regular professional maintenance:
It is best to ask a professional service provider to maintain the machine periodically. They have the right knowledge and skills to maintain and calibrate refrigerating systems, ensuring optimal performance and extending the machine's life.
Large ice-making machines serve a wide range of industries. Here are some common application areas of 10-ton ice machines.
When selecting a 10-ton tube ice machine, buyers need to carefully consider a wide range of factors to make a more informed choice. Firstly, they need to determine the ice production capacity. In this case, they will need to settle for machines that produce ice in huge increments, say 10 tons per day. Next, buyers need to consider the water source and quality. Ice machines break down due to poor maintenance, which is often a result of using hard water. Therefore, when choosing the ice machine, ensure the water treatment system is efficient.
Consider the space requirements and overall dimensions of the ice tube machine. Ensure that there's enough space for movement and installation of the machine. Energy efficiency and operating cost of the machine are also things buyers should look into. The more efficient the machine is, the more money a business saves in the end. Buyers should also look into the ice tube sizes and feasibility. If they are catering to a specific industry, they should ensure the ice machine produces ice tubes that meet industry standards.
Consider the cooling system of the ice machine. Since this article focuses on 10-ton machines only, buyers will find machines with air-cooled condensers or water-cooled ones. Air-cooled condensers are more suitable for small to mid-sized machines, while water-cooled condensers are suitable for large machines. They also need to consider the brand and supplier's reputation. It wouldn't hurt to read some reviews to get insight into the reliability and performance of the machines.
Finally, ensure to evaluate the machine's features. A 10-ton ice machine can have automatic ice production, digital monitoring, and safety features like alarms and shutoff systems. Businesses can choose machines with features that match their needs and preferences.
Q1: How does an ice-making machine work?
A1: Ice-making machines use the refrigeration process to create ice. The machine will first freeze the water in the freezing cylinders. Then, the water will form into tubes of ice. A heating element will then heat the freezing cylinders to let the ice get out. Finally, the ice will fall into the storage to wait for delivery.
Q2: How long does ice production take?
A2: For tube ice machines, the first tube of ice may be produced within 30 minutes after the machine starts working. For continuous working ice machines, the production speed may reach 4,000 bags (25 lbs each) per month.
Q3: Is starting an ice machine business worth it?
A3: Profitable ice production machine business opportunities are available. The business is easy to start, and the production of ice will not stop unless the machine breaks down. Ice is always in demand for various uses, such as drinking, treating wounds, and improving product quality while food is processing.
Q4: How big are ice-producing machines?
A4: The ice-producing machines' sizes vary based on the production capacity. Small machines may produce 1 ton of ice per day, while big machines may produce 20 tons of ice per day or even more.