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Flake Ice Machine Rake Ice System With Ice Storage

Flake Ice Machine Rake Ice System With Ice Storage

The ice flake system with ice storage is an efficient ice making and storage solution, widely used in fields such as concrete cooling, food processing, fishery preservation, medical refrigeration, etc. The system uses a flake ice machine to produce ice, and then uses a rake ice device to evenly transport the resulting flake ice to an ice storage facility for storage. This design not only improves ice making efficiency, but also flexibly adjusts the amount of ice produced according to actual needs, ensuring the freshness and quality of the ice flakes. At the same time, the design of the ice storage facility can effectively maintain the temperature of ice cubes, reduce melting losses, and provide users with a stable and continuous supply of cold sources to meet their ice needs in different scenarios.
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Product Introduction

At fishing ports and docks, rapid cooling treatment of fish and seafood after landing is crucial, as it directly affects the preservation quality and market competitiveness of seafood products. The traditional cooling method is inefficient and can easily lead to a decrease in product quality. The flake ice machine rake ice system with ice storage compartment provides an efficient solution for ensuring the freshness of seafood through rapid cooling and stable storage.

 

Principles of System Design

1. Ice making technology of flake ice machine

Ice making mechanism is one of the core components of the entire system. Due to its large surface area and small mass, sliced ice can quickly absorb heat, thereby achieving efficient cooling of seafood.

2. Rake type conveying system

The rake conveyor system is responsible for evenly distributing the prepared flake ice onto the surface of the seafood. The design of this system needs to consider the following aspects:

• Automatic control: Automated operations are achieved through sensors and control systems, reducing manual intervention.

• Uniform distribution: Ensure that the sliced ice can evenly cover all seafood, avoiding local undercooling or undercooling.

Efficient transmission: Using appropriate materials and technologies to ensure efficient transmission of ice sheets from the ice maker to the ice storage facility.

3. Ice storage design

The design of an ice storage facility must meet the following conditions:

• Thermal insulation performance: Using efficient insulation materials to maintain a low temperature environment inside the warehouse and reduce ice melting.

Capacity planning: Reasonably plan the capacity of the ice storage facility based on the daily processing capacity of the fishing port.

Ventilation system: Good ventilation helps maintain the stability of the temperature inside the warehouse.

 

The steel structure rake ice system is a device designed for automatic storage and transportation of flake ice.The system typically includes the following key components:
1. Rake ice mechanism: located at the bottom of the ice storage bin, it can move to scoop up ice cubes to prevent them from clumping or accumulating.
2. Lifting mechanism: Helps the ice scraper move up and down to achieve ice storage and output.
3. Ice blocking door and ice discharge screw: Control the flow of ice to ensure orderly output.
4. Cold air system: Maintain the temperature inside the warehouse at a low level (such as -8 ℃ to -10 ℃) to ensure that the ice cubes do not melt.
5. Automated control: equipped with ice level sensing, automatically adjusting the ice scraping action to prevent the ice scraping device from being buried by ice.
6. Structural materials: Anti rust galvanized steel frame and stainless steel are used to ensure durability and hygiene standards. The track type design allows for continuous transportation of ice cubes.
7. Insulation design: The double-layer insulation structure maintains a low temperature environment inside, ensuring the preservation effect of ice cubes.
8. Easy maintenance: There are few vulnerable parts, long maintenance cycles, and the main maintenance is focused on lubricating components. This system design ensures effective management of ice cubes, especially in large-scale construction projects that require a large amount of control over concrete temperature. It can continuously and accurately supply ice cubes, effectively controlling the hydration heat of concrete and reducing the risk of cracks.

 

Practical application case analysis
Select several typical fishing ports and docks as case studies, and analyze in detail the application effect of the scraper system with ice storage on the ice machine. For example, in a large fishing port, the introduction of this system significantly improved the freshness time of seafood, reduced the loss rate, and increased market sales prices.
Advantages exploration
• Efficient and energy-saving: Compared to traditional cooling methods, this system can effectively reduce energy consumption and save costs.
• Easy to operate: High degree of automation reduces the need for human resources.
Environmentally friendly: reduces waste caused by improper cooling, which is beneficial for environmental protection.

 

With the advancement of technology, there is still great room for development in the application of the flake ice machine rake ice system with ice storage in fishing ports and docks. For example, combining IoT technology to achieve remote monitoring and management; Develop more intelligent control systems to adapt to different usage scenarios, etc.

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