Cooling device capable of preventing scratches on steel pipes

Abstract

The invention provides a cooling device capable of preventing scratches on steel pipes. The cooling device comprises a pool body; the bottom of the pool body is fixedly connected with a base plate; awater inlet and a drainage port are formed in the side walls of the pool body; the water inlet and the drainage port are respectively arranged on two side walls farthest from the pool body; the waterinlet is positioned at the upper end of the side wall of the pool body; the drainage port is positioned at the lower end of the side wall of the pool body; a filter device is arranged in the water inlet; a guide device is arranged in the drainage port; a support frame for supporting the steel pipes is arranged at the bottom of the pool body; the support frame comprises multiple support plates andconnecting pipes for fixing the support plates; multiple sets of semicircular grooves for accommodating the steel pipes are formed in the upper ends of the support plates; and circular chamfering angles are arranged on the edges of the grooves. The cooling device has the following beneficial effects: through the design, the collision probability between the steel pipes is reduced, and the scratchprobability between the steel pipes and the support frame is effectively reduced, so that the surface quality of the steel pipes in the cooling process is effectively guaranteed.

Description

technical field [0001] The invention relates to the technical field of steel pipe processing, in particular to a cooling device capable of preventing steel pipes from being scratched. Background technique [0002] During the steel pipe production process, the steel pipe needs to be cooled. Usually steel pipes are cooled in a cooling pool. When placing steel pipes into the cooling pool, the steel pipes are usually pushed collectively or slid into the pool through slides. Since multiple steel pipes are squeezed into the cooling pool disorderly, they are prone to scratch each other, causing the surface of the steel pipes to be damaged. . This will lead to a decline in the finished product rate of steel pipes and a negative growth in the production efficiency of steel pipes. It can be seen that how to develop a cooling device that can prevent steel pipes from being scratched and enable orderly discharge of steel pipes in the cooling pool is a problem to be solved urgently by ...

AI Technical Summary

Problems solved by technology

When placing steel pipes into the cooling pool, the steel pipes are usually pushed collectively or slid into the pool through slides. Since multiple steel pipes are squeezed into the cooling pool disorderly, they are prone to scratch each other, causing the surface of the steel pipes to be damaged.

This will lead to a decline in the finished product rate of steel pipes and a negative growth in the production efficiency of steel pipes.

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