Artificial Cooling Bed

Artificial Cooling Bed in Hot Rolling Mill

1. Operating Principle:

The Artificial Cooling Bed is typically positioned at the exit of a hot rolling mill and functions by manually conveying hot-rolled metal sheets or profiles to the cooling area. In the cooling zone, metal sheets undergo a cooling process facilitated by devices such as water tanks or air-cooling units, rapidly reducing their temperature. Operation of the Artificial Cooling Bed involves manual tasks including moving, flipping, and aligning metal sheets.

2. Structural Components:

Conveyor System: The core of the Artificial Cooling Bed is the conveyor system composed of mechanisms that facilitate the manual movement of metal sheets from one position to the next.

Cooling Devices: These include water tanks, spray heads, or air-cooling units designed for the rapid extraction of heat from the surface of metal sheets to achieve prompt cooling.

Straightening Mechanism: Some Artificial Cooling Beds may be equipped with a straightening mechanism operated manually to adjust and align the cooled metal sheets, ensuring they meet specified dimensions and shapes.

3. Features and Advantages:

Simple Operation: The operation of the Artificial Cooling Bed is relatively straightforward, typically involving manual tasks conducted by workers to move and align metal sheets.

Versatility: The Artificial Cooling Bed is adaptable to various shapes and specifications of metal sheets or profiles, displaying strong production adaptability.

Cost-Effective: Compared to automated systems, Artificial Cooling Beds generally have lower investment and operating costs.

4. Applications:

The primary application of the Artificial Cooling Bed is in the processing of hot-rolled metal sheets, profiles, or rebar, and it finds extensive use in industries such as construction, bridges, and rail transportation.

5. Development Trends:

While industrial automation is advancing, the Artificial Cooling Bed continues to serve as a solution in scenarios with smaller production scales or lower degrees of automation.